Spare Parts

Durable Wear-resistant Cone Crusher Main Frame Top Bottom Shell Steel Casting

The cone crusher bottom shell(Main bodyFrame) is a component of the crusher, supporting and housing critical wear parts such as the sleeve liner, eccentric bushing, and radial bushing. It supports crushing forces, ensures proper alignment, and facilitates material discharge. Its structure consists of an upper casing and a base, with the upper casing securing the fixed cone assembly and the base securing the movable cone assembly. The casing is made of 3-phase electric arc furnace metal cast steel, such as in the ZG230-450 and ZG270-500 models. For larger crushers, the frame is divided into multiple parts, secured with screws for ease of manufacture and transportation. Well-known cone crusher brands include Metso Outotec, Sandvik, and Terex. Metso Outotec offers a full range of cone crushers, including the Nordberg HP™, GP™, and MX™ series, renowned for their high crushing force, excellent particle shape control, and reliability. Sandvik's CH/CS series and 800i series cone crushers are renowned for their ruggedness, durability, and energy efficiency. Selecting and maintaining the right sump configuration directly impacts crusher efficiency, liner life, and operating costs, therefore We provide high-quality cone crusher frames.

Durable Wear-resistant Cone Crusher Top Bottom Shell Steel Casting

Key Components & Functions of Cone Crusher Bottom Frame

We are a foundry & manufacturer

Lubrication Ports: Distribute pressurized oil to main shaft bearings, eccentric bushings, and adjustment ring sleeves. Operating at a pressure of 0.3–0.6 MPa, the lubrication system delivers 5–20 liters per minute, forming a hydrodynamic film that reduces friction coefficients to < 0.001 and limits operating temperatures to 40–60°C.

Discharge Zone

The gap between the lower edge of the fixed cone liner and the moving cone liner, adjustable from 5 mm to 50 mm via hydraulic or mechanical systems. It controls the exit of crushed material, directly governing throughput from 50 to 2,500 t/h and product particle size distribution (PSD), incorporate a "choke feed" configuration, where the zone is partially filled with material to promote inter-particle crushing.resulting in a more cubical product with a flakiness index < 15% and reduced oversize particles. The discharge zone’s wear-resistant liner made of abrasion-resistant steel (AR400/500) or rubber, extend service life to 800–1,200 operating hours under normal conditions.

Main Body

The main body forms the lower chamber of the crushing cavity and is engineered to withstand high mechanical stresses generated during crushing operations.Constructed from high-tensile cast steel like ZG270-500 or ASTM A216 WCB with a minimum yield strength of 270 MPa, it undergoes rigorous heat treatment normalizing and tempering to enhance impact resistance.Its inner surface is precision machined to mate with the adjustment ring and countershaft housing, ensuring concentric alignment of moving components

Socket Liner Seat

This component is a precision-machined bore within the main body, finished to tolerances of ±0.05 mm to securely retain the socket liner—a replaceable wear part typically made of high-chrome cast iron 20–30% Cr or manganese steel 11–14% Mn, ensuring precise orbital path eccentric motion for efficient crushing action, optimizing the compression ratio 4:1 to 6:1 and minimizing energy loss.

Terex MVP Series 380 Cone Crusher Parts List:

Terex MVP380 Cone CrusherTerex MVP450 Cone CrusherTerex MVP550 Cone CrusherTerex TC1000 Cone Crusher
024500220004‬ | Mantle, C | 530kg05400-300-21‬ | Mantle | 980kg06000-300-02 | Mantle | 1155.518kg603/9106E | MANTLE | 380kg
24500230010 | Mantle, MF | 690kg05400-300-20‬ | Mantle | 970kg06000-300-06 | Bowl liner | 1492.015kg603/9082 | CONE HEAD 1000 CONE | 764kg
025400230003‬ | Bowl liner | 865kg05400-300-20-01‬ | Mantle C M MF | 880kg06000-300-07 | Bowl liner | 1510.155kg603-9052 | MC CONCAVE | 325kg
04800-300-24-01 | Mantle, Medium,C, MF (with 12 lugs) | 820kg540030015 | Bowl liner Coarse | 1080kg06000-300-03 | Bowl liner | 1756kg603-9071E | CONCAVE AUTOSAND | 453kg
04800-300-24‬ | Mantle, Coarse | 715kg06000-300-01 | Mantle STD | 1154kg603/1223 | Countershaft arm shield | 19.7kg
04800-300-73‬ | Bowl liner, Midium | 840kg06000-300-04 | Bowl liner | 1750kg603/1443 | Frame arm shield | 13kg
04800-300-67 | Bowl liner, C | 853kg
04800-300-69 | Bowl liner medium fine | 892kg
04800-300-24-01E | Mantle Medium 18% | 840kg
04800-300-73E | Bowl liner, Midium | 860kg

Nordberg Gyredisc Cone Crusher Parts specification:

Nordberg OMNICONE Nordberg GYRADISC 36Nordberg GYRADISC 48Nordberg GYRADISC 66
1022060250 | Countershaft bushing | 8.6kg2207-3501 | Outer Bushing | 64kg4829-8475 | concave | 375kg5014-0350 | Lower liner | 352kg
1022072953 | Eccentric bushing | 22kg1030412400 | Extension cap | 182kg4829-8501 | concave | 475kg5014-0360 | Lower liner | 626kg
1022074799 | Eccentric bushing | 105kg1048724100 | Socket Liner | 46kg5014-0010 | concave | 225kg3041-8600 | Extension cap | 1930kg
1022145725 | Head bushing | 29kg2206-3100 | Inner bushing | 52kg5014-0040 | concave | 245kg9423-5013 | Socket sub-assembly | 1062.1kg
1048721801 | Socket liner | 25kg4829-4700 | Lower liner | 234kg5014-0050 | concave | 320kg4872-7502 | Socket liner | 187kg
1048726805 | Socket liner | 110kg5013-9880 | Lower liner extension | 85kg2214-5900 | Outer Bushing | 136kg2214-5715 | Inner eccentric bushing | 204kg
1022073303 | Eccentric bushing, large shifted I.D. | 46kg5759-9501 | Upper Step Bearing Plate | 15kg2207-2400 | Inner Bushing | 98kg3114-2926 | Eccentric | 1040kg
1022147348 | Head bushing | 110kg5759-7801 | Lower plate thrust bearing | 9kg4872-6702 | Socket Liner | 103kg9423-0041 | Upper Liner Assy | 1042kg
1022073308 | Eccentric bushing | 42kg3041-2400 | Feed hopper cone | 185kg6273-1775 | Lock nut | 85kg
1022145959 | Head bushing | 41kg5013-9901,7055304000 | Mantle | 156kg3680-5606 | Gear,70048B1000 | 133kg
1048722802 | Socket liner | 38.6kg7055204006 | Bowl liner, 4829-4706 | 228kg3680-4552 | Pinion,7063004250 | 98kg
6187-3310 | Adjustment Ring | 2650kg3113-7902 | Eccentric | 340kg4872-6700 | Socket liner | 105kg
6187-2991 | Clamp Ring | 800kg6273-1701 | Locking nut | 30kg6361-1055 | HEAD WIPER RING | 118kg
7015656103 | Eccentric bushing | 80kg5013-9889 | Lower liner extension | 122kg1050140050 | Mantle | 425kg
4831-5109 | Bowl Liner, SH - M | 1709kg6194-0029 | Head skirt | 78kg700048B105 | Mantle | 163kg
4829-1435 | Bowl liner,STD,MEDIUM | 513kg4829-4707 | Concave ring | 220kg7055204502 | Concave | 502kg
7055306752 | MANTLE, O/C STD XT510 | 350kg3680-9453 | Gear, 7000036B14 | 82kg1063915702 | Torch ring | 12kg
1022060750 | countershaft bushing,Omnicone | 10kg3680-7353 | Pinion,1036807353 | 58kg
1062731681 | locking nut | 35kg5013-9901 | Lower mantle | 150kg
5530-6754 | Mantle | 374kg4246-1005 | Head | 681kg
1048291432 | Bowl liner, Omnicone 937 | 458kg70036A1021 | Socket sealing ring(elastic type) | 73kg
5013-6388 | Mantle | 1504kg7000036B33 | Distributor | 181kg
4831-5160 | Bowl liner | 1870kg1063601890 | RING SEALING | 70kg
1050136388 | Mantle | 1505kg7041920751 | BLINDAGE LOW | 92kg
1560Concave | Concave | 1910kg6886-3350 | Mainshaft | 246kg
1048722800 | Socket liner | 39kg6360-1890 | Head Sealing Ring | 41kg
1055981165 | Feed plate | 50kg4829-4710 | UPPER LINER WITH BAR | 240kg
1022062091 | Countershaft box bushing | 18kg5013-9900 | Lower liner | 184kg
7055207263 | Bowl liner | 1175kgGD36SupportRing | GD36 Support ring | 91kg
7055307256 | Mantle | 1040kgGD36BowlLiner | GD36 Bowl Liner | 251kg
4831-5111 | Bowl liner | 1785kgGD36Mantle | GD36 Mantle | 160kg
5013-6368 | Mantle | 1650kg
2207-4063 | Eccentric bushing | 89kg
7055207506 | BOWL LINER | 1800kg
7055307506 | MANTLE | 1255kg
7012080001 | TORCH RING | 12kg
1022074802 | Eccentric bushing | 123kg
7055307002 | Mantle | 507kg
7055207006 | MACHOIRES FIXE | 760kg
7035800101 | COUSSINET SPHERIQUE | 35kg
1055980510 | PLATEAU DE DISTRIBUTION | 23.7kg
1057605171 | BEARING, UPPER ECCENTRIC THRUST | 42kg
7015656100 | Inner eccentric bushing | 38kg
7015656000 | HEAD BUSHING | 47kg
1022145717 | Bushing | 9.3kg
7055206754 | BOWL LINER | 420kg
7055206752 | BOWL LINER | 440kg
1063916948 | Counterweight liner | 30kg
1048721790 | Socket liner | 32kg
1057605105 | THRUST BEARING | 22kg
1048294809 | mâchoire fixe | 872kg
1063915607 | ANNEAU ENTRETOISE | 5.2kg
1048512800 | Blindage bati | 186kg
1062731666 | écrou | 26kg
1048291435 | Concave | 513kg
1063917170 | Blindage balourd | 41kg
1048514371 | Blindage bati | 213kg
1048294616 | mâchoire fixe | 682kg
1055981201 | PLATEAU DISTRIBUTEUR | 72kg
9429-0323 | Eccentric assembly | 2045kg
9429-0307 | Countershaft Assembly | 673kg
4246-4012 | Head | 2550kg
5760-5156 | Head Ball | 130kg
1022145955 | Head bushing | 41kg
1022073300 | Bushing for eccentric | 46kg
1036833865 | Gear | 102kg
1086427685 | COUNTERWEIGHT | 210kg
1048294622 | Bowl Liner, C | 781kg
1050132108 | Mantle | 560kg
1048516295 | Seat liner | 40kg
6875-2500 | Countershaft | 96kg
7055207001 | Bowl liner | 738kg
1022147343 | Head Bushing | 109kg
1048294612 | Bowl liner | 828kg
1050132105 | Mantle | 562kg
1068749881 | Countershaft | 90kg
1045375841 | Box,Countershaft | 27kg
1022147330 | Upper head bushing | 47kg
1022147331 | Upper head bushing | 47kg
1057605154 | HEAD BALL | 130kg
1057605156 | HEAD BALL | 130kg
1057605166 | Lower Thrust Bearing | 38kg

Trio Telsmith & other Cone Crusher Parts List:

Trio TC51 Cone CrusherTrio TC66 Cone CrusherTrio TC84 Cone CrusherTrio TC84X Cone CrusherTelsmith-57SBS-cone-crusher
2213-3922 | Countershaft bushing, TC51 | 18kgTC680-1023 | Main frame pin | 10.3kgTC841-3101A | Mantle - SH | 2500kgTC84X-1029 | Outer eccentric bushing | 470kgV-272-740B | FOR HYDRAULIC POWERUNIT NAMEPLATES,GYRA,H | 68kg
2213-4448 | Socket liner, TC51 | 61kgTC680-1050 | Support attachment ring | 26.4kgTC841-3102A | Concave, SH, F | 2590kgTRIO17001146 | Main shaft clamping nut | 495kgAF-272-600B | PAINT(TELSMITH)(DIAMOND-VOGEL) | 51kg
TC680-1006 | Frame lining | 510kgTC841-3101A | Mantle - SH | 2500kgTRIO17001141 | Cutting ring | 21kgBF-272-2760 | MANTLE,57,18% | 1250kg
TC680-1501 | Eccentric bushing-steel | 1044kgTC841-3202 | Concave, SH, M | 2670kgTRIO17051983 | A set of seals for the clamping cylinder | 21kgAB1-272-1208 | BURNING RING | 41kg
TC680-1502-LH | Gear | 325kgTC845-3501 | Lower Mantle | 2590kgTRIO17001149 | Upper cone lining | 723kgAF-272-2760 | MANTLE,57,18% | 1220kg
TC680-1503 | Counterweight ring | 375kgTC845-3502 | Upper Mantle | 560kgTRIO17001153 | Bottom lining of the cone | 2360kgJD1-272-2758 | CONCAVE RING,57,NO.9,18% | 1365kg
TC680-1508A | Spindle bushing, Inner eccentric bushing, Trio TC66 | 190kgTC845-3610 | Concave, STD, M | 3610kgTRIO17001152 | Lining of the bowl | 2730kgDD1-272-2758 | CONCAVE RING,57,NO.4,18% | 1540kg
TC680-1512 | Upper thrust plate | 123kgTC845-3501 | Lower Mantle | 2780kgD-272-2138 | SLEEVE,OUTER 57 | 106kg
TC680-1514 | Thrust plate set | 9.75kgTC845-3502 | Upper Mantle | 560kgB1-272-2138 | SLEEVE,INNER 57 | 86kg
TC680-2000 | Countershaft housing assembly | 1905kgTC845-3710 | Concave, STD, C | 3570kg
TC680-2001 | Countershaft | 210kgTC840-1501 | Socket liner | 295kg
TC680-2003-LH | pinion | 196kgTC840-2001A | Eccentric | 1790kg
TC680-2004 | Wear pad | 6.8kgTC840-2002A | Inner eccentric bushing | 362kg
TC680-2006 | Countershaft housing bushing | 28.5kgTC840-2522 | Drive bushing | 28kg
TC680-2500 | Bowl assembly | 1750kgTC840-4000 | Safety cylinder group | 366.25kg
TC680-2501 | Bowl | 1245kgTC840-4001 | pin shaft | 12.8kg
TC680-2502 | Socket liner | 180kgTC841-1002A | Machining drawing of short head main shaft | 2960kg
TC680-2505 | Socket sealing ring | 290kgTC841-1010 | SH head - dry oil processing diagram | 9000kg
TC680-2506 | Support hose | 6.5kgTC841-2001 | Machining drawing of adjustment ring for short head | 8010kg
TC680-2507 | Oil deflector | 9.4kgTC848-3801 | Mantle | 3170kg
TC680-3100 | Support ring assembly | 6450kgTC848-3810 | Concave | 3450kg
TC680-3103 | Locking cylinder | 9kgTC848-3801 | Lower Mantle | 3170kg
TC680-3105 | Bearing plate | 16.2kgTC848-3502 | Upper Mantle | 242kg
TC680-3107 | Rubber sealing ring (I) | 6kgTC845-3610 | Concave, STD, M | 3610kg
TC680-3120 | Ring gear carrier | 740kg
THZ005025DB | Hydraulic motor set (including Adjustment gear) | 110kg
TC680-3600 | Safety cylinder assembly | 1000kg
TC680-3610 | Safety cylinder | 105kg
TC680-3601 | Lower pin | 5.8kg
TC680-3603 | Upper pin | 7.4kg
TC687-1001 | principal axis | 1372kg
TC687-1006 | Cutting ring | 18.6kg
TC687-1001 | Main shaft | 1312kg
TC687-1003A | Head | 3850kg
TC687-1007A | Main shaft sleeve | 440kg
TC687-1100 | Head and main shaft assembly,STD | 5710kg
TC687-2100 | Adjustment ring assembly | 6200kg
TC687-2120 | Cover and bucket | 720kg
TC687-2130 | Rubber plate ring | 5.5kg
TC687-2002 | U-bolt | 13kg
TC687-2120 | Cover and bucket | 720kg
TC686-4601 | Lower mantle | 1530kg
TC687-1005 | Upper mantle | 254kg
TC686-4705 | Concave | 1760kg
TC686-4601 | Lower mantle | 1530kg
TC686-4605 | Concave | 1770kg
TC685-1004 | Lower mantle | 1140kg
TC685-2011 | Filling block (1) | 388kg
TC685-2010A | Concave | 1960kg
TC685-2012 | Filling block (2) | 193kg
TC685-1005 | Guard plate | 130kg
TC682- 3301A | Lower mantle | 1540kg
TC682-1005 | Upper mantle | 315kg
TC682- 2010B | Concave | 1290kg
TC682-3301A | Lower mantle | 1540kg
TC682-1005 | Upper mantle | 315kg
TC682-3303A | Concave | 1390kg
TC682-3301A | Lower mantle | 1540kg
TC682-1005 | Upper mantle | 315kg
TC682-3401A | Concave | 1410kg
TC686-4601 | Mantle | 1530kg

Symons FT Cone Crusher Spare Parts Techical List:

Symons 2 FT Cone CrusherSymons 3 FT Cone CrusherSymons 4-1-4 FT Cone CrusherSymons 4 FT Cone CrusherSymons 5-1-2 FT Cone CrusherSymons 7 FT Cone Crusher
7292-1601 | Head skirt | 48kg3806-3461 | Countershaft box guard | 24kg4830-4881 | Bowl Liner | 920kg4830-4881 | Bowl Liner | 920kg5598-7101 | Feed plate | 195kg2214-7561 | Outer Eccentric Bushing | 485kg
2214-4201 | Outer eccentric bushing | 37kg2214-5321 | Outer Eccentric Bushing | 74kg6391-3321 | Torch ring | 5kg6391-3321 | Torch ring | 5kg9439-8122 | Gear sub-assembly(gear,counter weight,dowel,capscrew hex hd,capscrew hex hd,lockwasher,loc tite) | 750kg2214-6721 | Inner Eccentric Bushing | 335kg
5168-4351 | Mainshaft nut | 74kg2207-0561 | Inner Eccentric Bushing | 52kg6358-5160 | Oil collar | 18kg6358-5160 | Oil collar | 18kg2214-7001 | Mantle,Lower | 1775kg4872-8485 | Socket Liner | 305kg
4872-2335 | Socket liner | 22kg2207-1401 | Inner Eccentric Bushing | 53kg3806-5701 | Arm guard | 27kg3806-5701 | Arm guard | 27kg4830-6770 | Bowl Liner | 1860kg4872-8520 | Socket Liner | 313kg
2261-1362 | Outer eccentric bushing | 35kg2206-0762 | Countershaft Box Bushing | 11kg4537-6128 | Countershaft box | 480kg4537-6128 | Countershaft box | 480kg5013-7001 | Mantle,Lower | 1685kg2206-8500 | Countershaft Box Bushing | 29kg
2206-6641 | Inner eccentric bushing | 21kg5013-2201 | Mantle | 290kg6875-0416 | Countershaft | 106.59kg6875-0416 | Countershaft | 106.59kg4830-5421 | Bowl Liner | 1420kg5760-7401 | Lower Step Bearing Plate | 47kg
5759-5701 | Thrust bearing plate | 5kg4829-6544 | Bowl Liner | 420kg5760-2301 | Upper step Bearing Plate | 32kg5760-2301 | Upper step Bearing Plate | 32kg2214-5706 | Inner Eccentric Bushing | 180kg2618-7681 | Cone feed | 600kg
4829-1921 | Bowl liner | 100kg4829-8131 | Bowl Liner | 341kg2005-5006 | Bowl | 2400kg2005-5006 | Bowl | 2400kg2206-5840 | Countershaft Box Bushing | 23kg5013-8101 | Upper mantle | 508kg
5013-1401 | Mantle | 116kg5013-3801 | Mantle | 285kg2005-4330 | Bowl | 2600kg2005-4330 | Bowl | 2600kg2206-5871 | Countershaft Box Bushing | 31kg6358-9421 | OIL FLINGER HOUSEING | 49.9kg
4829-4081 | Bowl liner | 125kg4829-5161 | Bowl Liner | 295kg5168-5701 | Mainshaft sleeve | 204kg5168-5701 | Mainshaft sleeve | 204kg3378-4380 | Main frame | 9525kg6886-7804 | Main shaft | 2815kg
4829-4351 | Bowl liner | 130kg5013-2801 | Mantle | 238kg5598-4581 | Feed plate 28inch (large) | 91kg5598-4581 | Feed plate 28inch (large) | 91kg3114-2863 | Eccentric | 1045kg2618-8161 | Feed cone | 529kg
4829-3544 | Bowl liner | 99kg4829-5701 | Bowl Liner | 268kg4830-4612 | Bowl Liner | 871kg4830-4612 | Bowl Liner | 871kg3806-8501 | Guard,countershaft box | 60kg5168-8131 | Main shaft nut | 513kg
noName | Countershaft | 63kg3683-2377 | Pinion(20 degree) | 58kg4830-4321 | Bowl Liner | 860kg4830-4321 | Bowl Liner | 860kg6875-3762 | Countershaft | 255kg5598-7941 | Feed plate-6 bolt | 232kg
noName1 | Main shaft | 105kg3113-8401,700001628T | Eccentric | 279kg4830-1826 | Bowl Liner | 862kg4830-1826 | Bowl Liner | 862kg6358-9201 | Flinger housing | 30kg5168-7386 | Head nut-teardrop | 585kg
6886-1781 | Main shaft | 134kg5921-4907 | Flywheel | 170kg4829-8603 | Bowl Liner | 640kg4829-8603 | Bowl Liner | 640kg4830-5557 | Bowl Liner | 1179kg5598-8154 | Feed plate-4 bolt | 407kg
noName3 | Eccentric | 187kg4829-6646 | Bowl liner | 340kg4830-0023 | Bowl Liner | 661kg4830-0023 | Bowl Liner | 661kg4830-6048 | Bowl Liner | 1400kg6273-8201 | Mantle locking nut | 576kg
5759-6001 | Center step bearing plate | 5kg3113-8751 | Eccentric | 317.51kg4830-0158 | Bowl Liner | 720kg4830-0158 | Bowl Liner | 720kg4830-6231 | Bowl Liner | 1760kg7292-7601 | Head wear ring | 111kg
5759-6601 | Upper step bearing plate | 9kg6886-3183 | Main shaft | 236kg2214-5885 | Outer Eccentric Bushing | 148kg2214-5885 | Outer Eccentric Bushing | 148kg5013-7203 | Mantle | 1230kg3806-9061 | Countershaft box guard | 88kg
8780-0703 | Mainshaft nut wrench | 12kg4829-6530 | Bowl Liner | 465kg2214-3930 | Inner Eccentric Bushing | 103kg2214-3930 | Inner Eccentric Bushing | 103kg4830-6871 | Bowl Liner | 1859.35kg3806-9502 | Arm guard,shouldered | 128kg
noName6 | Socket | 145kg9443-0733 | Head & Shaft Assemble | 954kg4872-6430 | Socket Liner,Short head | 61kg4872-6430 | Socket Liner,Short head | 61kg4830-6772 | Bowl Liner | 1960kg6876-1324 | Countershaft | 426kg
7320-1361 | Main shaft sleeve | 11kg4829-5026 | Bowl liner | 305kg2206-2090 | Countershaft Box Bushing | 18kg2206-2090 | Countershaft Box Bushing | 18kg5013-6851 | Mantle | 1950.05kg3682-7652 | PINION | 345kg
7292-3601 | Head skirt | 64kg5759-8701 | Step bearing plate | 9kg5760-2601 | Lower Step Bearing Plate | 23kg5760-2601 | Lower Step Bearing Plate | 23kg6358-5904 | Flinger oil | 25kg1038068501 | Countershaft box guard | 55kg
6380-2381 | Socket sealing ring | 60kg6272-7401 | Locking collar | 82kg6875-0681 | Countershaft | 107kg6875-0681 | Countershaft | 107kg4851-7451 | Liner,mainframe seat,outer | 18kg4830-8556 | Bowl liner | 2990kg
2213-5241 | Countershaft box bushing | 10kg3041-2875 | Feed distributor | 350kgnoName2 | Pinion | 98kgnoName2 | Pinion | 98kg4851-7370 | L. main frame seat inner | 40kg4830-9100 HD | Bowl liner | 3818kg
5759-6301 | Inner step bearing plate | 15.4kg5013-2401 | Bowl liner | 314kg4829-8941 | Bowl liner | 626kg4829-8941 | Bowl liner | 626kg5598-7381 | Distributor plate | 340kg4830-9472 | Bowl liner | 3652kg
5013-1001 | Mantle | 90.7kg4829-7591 | Bowl Liner | 347kg6273-6128 | Countershaft box | 490kg6273-6128 | Countershaft box | 490kg5760-4701 | Step bearing plate | 28kg4830-9741 | Bowl liner | 3585kg
4829-3001 | Bowl liner | 102kg5013-3401 | Mantle | 317kg5013-6001 | Mantle | 896kg5013-6001 | Mantle | 896kg6342-4121 | W. pinion thrust | 7kg5013-8201 | Upper mantle | 545kg
5168-2001 | Slag nut | 59kg4829-6576 | Bowl liner | 421kg5168-5836 | Main shaft nut(tear drop) | 290kg5168-5836 | Main shaft nut(tear drop) | 290kg4247-2035 | Head Bolted Socket Standard Seal | 4200kg5013-8601 | Lower mantle | 2435kg
4829-3541 | Bowl liner | 91kg6863-3701 | Countershaft | 99kg7320-4331 | Mainshaft sleeve | 52kg7320-4331 | Mainshaft sleeve | 52kg9447-1951 | Head Shaft Assembly | 5166kg5013-8801 | Mantle | 2595kg
11048293001 | BOWL LINER,STD EXTRA COARSE | 102.0375kg6380-5101 | Socket sealing ring | 70kg6273-4486 | Locking nut | 96kg6273-4486 | Locking nut | 96kg2214-6161 | Outer Eccentric Bushing | 281kg2214-0636 | External pin bushing | 5.6kg
11048293541 | BOWL LINER,STD COARSE | 90.7kg7381-3601 | Bare socket | 182kg5013-4451 | Mantle CB in EC Bowl | 730kg5013-4451 | Mantle CB in EC Bowl | 730kg7320-5981 | Main shaft sleeve | 158.7kg2748-4501 | COVER LOCKING NUT, LH THD, 7 FT SH | 228kg
11050131001 | MANTLE,STD | 90.7kg5598-3461 | Feed plate | 85kg6360-4161 | Socket sealing ring | 155kg6360-4161 | Socket sealing ring | 155kg5760-3501 | Lower Step Bearing Plate | 29kg3041-8357 | Distributor post | 1453kg
3806-1501 | Countershaft box guard, 700001870T, 2FT | 12.3kg6886-2273 | Main shaft | 248kg4830-4341 | Bowl Liner | 858kg4830-4341 | Bowl Liner | 858kg5760-4401 | Step bearing center plate | 29kg6273-1601 | Locking collar,LH thread | 536kg
9442-0561 | Main Shaft Assembly | 281kg4246-3002 | Head | 620kg4830-1511 | Bowl Liner | 645kg4830-1511 | Bowl Liner | 645kg4872-7050 | Socket Liner | 189kg6380-8161 | Socket sealing ring | 830kg
3806-4021 | Arm guard | 17kg4830-4071 | Bowl Liner | 850kg4830-4071 | Bowl Liner | 850kg3682-9752 | Pinion | 190kg3114-4262 | Eccentric | 1678kg
7320-3201 | Main Shaft Sleeve | 16kg4830-2892 | Bowl Liner | 900kg4830-2892 | Bowl Liner | 900kg4537-6723 | Counter Shaft Box | 825.54kg8642-8350 | Counterweight | 1029.75kg
4872-4795 | Socket Liner | 41kg4830-4992 | Bowl Liner | 1126kg4830-4992 | Bowl Liner | 1126kg9439-8078 | Hydraulic Adjustment Ram Assembly | 60kg4830-8846 | Bowl liner | 3505kg
4872-3565 | Socket Liner | 38kg4829-9211 | Bowl Liner | 665kg4829-9211 | Bowl Liner | 665kg9448-0547 | COUNTERSHAFT BOX ASSY | 1058kg5013-8901 | Mantle | 2570kg
3683-3844 | Gear | 168kg4829-9210 | Bowl Liner | 635kg4829-9210 | Bowl Liner | 635kg6380-6801 | SOCKET SEALING RING | 340kg3682-9241 | Bevel Gear | 662.24kg
3680-7703 | Pinion,700001627T | 59kg4829-9751 | Bowl Liner | 773kg4829-9751 | Bowl Liner | 773kg6886-5701 | Main Shaft | 1390kg4851-9320 | LINER, MAINFRAME SEAT(SET) | 63kg
3680-8753 | Eccentric bevel gear,700001631T | 187kg4830-0021 | Bowl Liner | 635kg4830-0021 | Bowl Liner | 635kg4830-6771 | Bowl Liner | 1928kg6361-3181 | Water Chamber | 480kg
3680-9455 | Gear,700001578T | 196kg4830-0024 | Bowl Liner | 668kg4830-0024 | Bowl Liner | 668kg5013-7601 | Mantle | 1677.95kg1063615902 | Water chamber | 777kg
3680-7353 | Pinion,700001579T | 58kg4830-0200 | Bowl Liner | 860kg4830-0200 | Bowl Liner | 860kg4830-6331 | Bowl Liner | 1529.202kg6886-7662 | Main shaft | 2815kg
6359-4701 | Socket sealing ring | 55kg4830-1288 | Bowl liner | 720kg4830-1288 | Bowl liner | 720kg4830-5415 | Bowl Liner | 1587.25kg2005-9276 | bowl | 6800kg
5598-2621 | Feed plate | 55kg4830-1500 | Bowl liner | 781kg4830-1500 | Bowl liner | 781kg5013-7401 | Mantle | 1325kg6886-7943 | Main shaft | 3082kg
7381-2401 | Socket | 180kg4830-2451 | Bowl liner | 989kg4830-2451 | Bowl liner | 989kg4830-5556 | Bowl Liner | 1245kg2005-9359 | bowl | 8300kg
5759-9001 | Middle thrust plate | 13kg5013-4726 | Mantle | 680kg5013-4726 | Mantle | 680kg4830-6501 | Bowl Liner | 2013.54kg4247-5139 | Head | 9296.75kg
5168-4893 | Mainshaft nut | 118kg4829-9481 | Bowl liner | 807kg4829-9481 | Bowl liner | 807kg5013-6801 | Mantle, Upper | 253.96kg6886-7663 | Main shaft, Heavy duty | 2815kg
5013-2501 | Mantle | 286kg5013-5401 | Mantle | 706kg5013-5401 | Mantle | 706kg4830-6638 | Bowl Liner | 2131.45kg6361-7151 | Water seal baffle ring | 217kg
6273-2501 | Locking nut | 53kg4246-9002 | head | 1610kg4246-9002 | head | 1610kg3683-0807 | Gear | 326kg6391-5481 | Torch ring | 9kg
2747-5951 | Locking nut cover | 43kg4830-2958 | Bowl Liner CB in EC Bowl | 794kg4830-2958 | Bowl Liner CB in EC Bowl | 794kg11048305415 | BOWL LINER,SH SHORT COARSE | 1587.25kg2206-9161 | Countershaft bushing | 43kg
11048295161 | BOWL LINER,SH MEDIUM | 281.17kg4830-2957 | Bowl Liner | 818kg4830-2957 | Bowl Liner | 818kg11048305556 | BOWL LINER,SH FINE FOR COARSE BOWL | 1244.8575kg7381-9580 | Socket | 1800kg
11048295701 | BOWL LINER,SH FINE LINER FOR COARSE BOWL | 266.658kg7320-4202 | Main Shaft sleeve | 240kg7320-4202 | Main Shaft sleeve | 240kg11048306331 | BOWL LINER,SH EXTRA COARSE | 1529.202kg2005-8605 | Bowl | 8074kg
11048296530 | BOWL LINER,STD EXTRA COARSE | 465.7445kg6886-4350 | Main shaft | 726kg6886-4350 | Main shaft | 726kg11048306501 | BOWL LINER,STD MEDIUM | 2013.54kg4247-5049 | Head | 8500kg
11048296544 | BOWL LINER,STD EXTRA COARSE | 440.802kg5598-5701 | Feed plate | 137kg5598-5701 | Feed plate | 137kg11048306638 | BOWL LINER,STD FINE FOR COARSE BOWL | 2131.45kg2005-8831 | Bowl | 8074kg
11048297591 | BOWL LINER,SH COARSE | 346.9275kg3114-1201 | Eccentric | 475kg3114-1201 | Eccentric | 475kg11048306771 | BOWL LINER,STD COARSE | 1928kg11048307379 | BOWL LINER,SH MEDIUM | 5600kg
11050132201 | MANTLE,STD | 285.705kg3806-4092 | Countershaft box guard | 32kg3806-4092 | Countershaft box guard | 32kg11050136801 | UPPER MANTLE,STD | 253.96kg11048307490 | BOWL LINER,SH ASM DESC2 | 2826kg
11050132501 | MANTLE,STD STEPPED | 285.705kg5760-1701 | Center step plate | 23kg5760-1701 | Center step plate | 23kg11050137601 | MANTLE,SH LONG MANG | 1677.95kg11048307581 | BOWL LINER,SH FINE IN FINE BOWL | 3357.2605kg
11050132801 | MANTLE,SH | 238.0875kg9446-2143 | Main shaft assembly | 2650kg9446-2143 | Main shaft assembly | 2650kg2005-5792 | Bowl Coarse,STD | 4227kg11048307583 | BOWL LINER,SH FINE IN COARSE BOWL | 3336.3995kg
11050133401 | MANTLE,SH | 317.45kg4872-6435 | Socket Liner,Standard | 74kg4872-6435 | Socket Liner,Standard | 74kg6273-7001 | Locking Nut,SH | 247kg11048308556 | BOWL LINER,STD COARSE LINER FOR EXTRA COARSE BOWL | 3174.5kg
11050133801 | MANTLE,SH | 293kg3680-5608 | Gear,700005738T | 350kg3680-5608 | Gear,700005738T | 350kg2748-2476 | LOCKING NUT COVER | 130kg4830-8608 | BOWL LINER,STD MEDIUM LINER FOR COARSE BOWL | 3507kg
5013-3001 | mantle,EXTRA COARSE,short head | 263kg4830-1371 | Bowl Liner | 671kg4830-1371 | Bowl Liner | 671kg1073204661 | Torch ring | 18kg11048309471 | BOWL LINER,STD FINE FOR FINE OR MED BOWL | 3650.675kg
7085720751 | Feed hopper | 110kg5013-5801 | Mantle | 682kg5013-5801 | Mantle | 682kg8642-8085 | Eccentric gear counterweight | 639kg11050138201 | UPPER MANTLE,STD | 247.1575kg
7000082113 | Oil flinger | 10kg5168-5161 | Mainshaft nut | 95kg5168-5161 | Mainshaft nut | 95kg5168-6784 | Main shaft nut | 259kg5013-8401 | LOWER MANTLE,STD | 2412.62kg
6863-3425 | Countershaft-short | 70kg5013-4801 | Mantle | 575kg5013-4801 | Mantle | 575kg5598-6261 | Feed plate | 251kg11050138601 | LOWER MANTLE,STD | 2358.2kg
6886-3193 | Mainshaft (head fit rough) | 229kg4829-8671 | Bowl Liner | 662kg4829-8671 | Bowl Liner | 662kg9447-1012 | Main shaft assembly shaft/head | 5521kg11050138801 | LOWER MANTLE,STD | 2595kg
9439-5074 | Socket assembly | 193.2kg2747-8876 | Locking Nut Cover | 79kg2747-8876 | Locking Nut Cover | 79kg5168-6781 | Main shaft nut | 165kg11050139204 | MANTLE,SH | 2504kg
5759-9301 | Upper step bearing plate | 12kg5598-4161 | Feed plate | 64kg5598-4161 | Feed plate | 64kg6886-5740 | mainshaft with oversized fit | 1361kg11050139268 | MANTLE,SH | 2675.65kg
3378-2727 | Main Frame | 2644kg11048298671 | BOWL LINER,SH MEDIUM | 662.11kg11048298671 | BOWL LINER,SH MEDIUM | 662.11kg4247-2016 | Head | 3900kg6886-8542 | Main shaft,STD,SH HD,SXHD | 3081.53kg
6358-7771 | Flinger Housing | 20kg11048300158 | BOWL LINER,SH COARSE | 769kg11048300158 | BOWL LINER,SH COARSE | 769kg2281-7701 | Adjustment cap | 1257kg5760-8650 | Upper step bearing plate | 240kg
6358-3921 | Flinger | 12kg1048301826 | BOWL LINER,STD EXTRA COARSE | 861.65kg1048301826 | BOWL LINER,STD EXTRA COARSE | 861.65kg1970-8076 | U Bolt | 14kg5598-9041 | Feed Plate,SH | 416kg
6587-6610 | Adjustment Lock Post | 8.5kg11048302957 | BOWL LINER,STD COARSE | 818kg11048302957 | BOWL LINER,STD COARSE | 818kg6187-6742 | Adjustment Ring | 3990.8kg5760-8001 | INNER STEP BEARING PLATE | 89kg
6187-3900 | Adjustment Ring | 1260kg11048302958 | BOWL LINER,STD COARSE LINER FOR EXTRA COARSE BOWL | 793.625kg11048302958 | BOWL LINER,STD COARSE LINER FOR EXTRA COARSE BOWL | 793.625kg5168-5901 | Slag nut with hole | 275kg9439-9752 | Bowl Adjustment ram | 89.7kg
7292-5601 | Head wear ring | 9.5kg11048304341 | BOWL LINER,STD MEDIUM FOR COARSE BOWL | 858kg11048304341 | BOWL LINER,STD MEDIUM FOR COARSE BOWL | 858kg3633-894 | Spring | 14kg4851-9455 | Seat liner, Outer seat liner segment, STD, SH | 18.14kg
6886-2903 | Mainshaft | 540kg11048304612 | BOWL LINER,STD FINE FOR COARSE BOWL | 870.72kg11048304612 | BOWL LINER,STD FINE FOR COARSE BOWL | 870.72kg2214-6161-OS | 外径536.575,Outer eccentric bushing | 305kg9450-1819 | Mainshaft assembly with stand | 12167kg
4829-6951 | Bowl liner fine for Coarse Bowl | 376.405kg1050134451 | MANTLE,STD COARSE STEPPED | 725.6kg1050134451 | MANTLE,STD COARSE STEPPED | 725.6kg5760-5011 | Upper step bearing plate | 120kg3682-9233 | Gear,7-B-1501 | 662.11kg
2618-1550 | Feed cone | 170kg11050134801 | MANTLE,SH | 575kg11050134801 | MANTLE,SH | 575kg9439-8087 | Socket sub assembly | 1167kg5760-8601 | Upper step bearing plate | 85kg
3FtHydraulicLockPostAssembly | Hydraulic lock post assembly | 50kg11050135801 | MANTLE,SH EXTRA COARSE | 680kg11050135801 | MANTLE,SH EXTRA COARSE | 680kg7381-7204 | Socket standard seal | 1400kg3682-7657 | Pinion, 7-B-714 | 335.59kg
2206-3101 | Inner eccentric bushing | 52kg11050136001 | MANTLE,STD | 896kg11050136001 | MANTLE,STD | 896kg1948-8995 | Cap screw socket Hd - special | 12.79kg6187-7901 | Internal pin adjustment ring | 6656kg
4872-4400 | Socket liner | 74kg3708-6171 | Oil collar gear | 15.1kg3708-6171 | Oil collar gear | 15.1kg1970-7871 | Bowl liner U-bolt | 13kg4851-7611 | Main frame liner | 807.23kg
4872-4385 | Socket liner | 34kg6342-3501 | Symons 4 4.25 STD SH Pinion thrust washer | 6kg6342-3501 | Symons 4 4.25 STD SH Pinion thrust washer | 6kg7320-4661 | Main shaft sleeve & torch ring | 18kg6380-9190 | Grease sealing ring | 739kg
2005-2437 | Bowl | 1260kg3680-5603 | Gear | 408kg3680-5603 | Gear | 408kg6886-6287 | Main shaft | 1414.92kg1940-8333 | Locking collar capscrew | 7.8kg
5168-4420 | Main shaft nut | 172kg9445-8320 | Main shaft/head assembly+grease seal | 2486kg9445-8320 | Main shaft/head assembly+grease seal | 2486kg2005-5791 | Bowl | 4218kg7320-8011 | Mainshaft Sleeve | 36kg
4829-6511 | Bowl liner, STD | 355kg6360-4601 | HEAD SEALING RING | 141kg6360-4601 | HEAD SEALING RING | 141kg4247-2039 | Head | 4727kg6342-5501 | Pinion thrust washer | 6kg
3378-2732 | Main frame | 2600kg9439-7069 | Mainshaft nut assembly | 205kg9439-7069 | Mainshaft nut assembly | 205kg4830-5970 | Bowl liner | 1300kg8642-8301 | Counterweight | 680kg
3YP.11.00 | Spring assembly | 1200kg2214-5041 | Inner eccentric bushing | 103kg2214-5041 | Inner eccentric bushing | 103kg5168-5901M | Head nut | 544.2kg6361-3183 | water chamber | 547kg
4103-1500 | ECROU D ARBRE | 118kg4537-6242 | Countershaft Box | 545kg4537-6242 | Countershaft Box | 545kg6273-0701 | Locking collar | 560kg2302-7025 | Main frame cap | 300kg
2618-2161 | TREMIE CONIQUE | 78kg6886-5196 | mainshaft (head fit rough) | 800kg6886-5196 | mainshaft (head fit rough) | 800kg8642-8075 | Counterweight | 380kg4537-7443 | Countershaft box housing | 1225kg
9439-5215 | Main frame assembly | 750kg6272-8301 | Locking collar | 136kg6272-8301 | Locking collar | 136kg3683-0809 | Gear | 326kg9450-1815 | mainshaft assembly | 13000kg
4829-5296 | Bowl liner, Fine | 255kg5760-2001 | INNER STEP BEARING PLATE | 8kg5760-2001 | INNER STEP BEARING PLATE | 8kg4830-6636 | BOWL LINER F IN F and M | 2196kg4872-8523 | Socket liner | 333kg
9446-2154 | Main shaft assembly | 2555kg9446-2154 | Main shaft assembly | 2555kg1063-4721 | Feed Hopper | 300kg3636-848 | Spring | 17kg
6360-4164 | Socket sealing ring | 155kg6360-4164 | Socket sealing ring | 155kg9447-9376 | MAINSHAFT ASSEMBLY | 6060kg1094496252 | THRUST BRNG ASSY HVY DUTY & EXTRA HVY DU | 262kg
1998-2668 | Bowl lug | 9kg1998-2668 | Bowl lug | 9kg9447-9953 | Adjustment ring assembly | 4350kgMM0346525 | MAIN FRAME | 228000kg
6886-5185 | Main shaft, Head fit rough | 710kg6886-5185 | Main shaft, Head fit rough | 710kg2005-6198 | bowl | 5443kg2214-8401 | ECCENTRIC BUSHING OUTER, O/S | 469kg
6587-7025 | Adjustment lock post | 10.2kg6587-7025 | Adjustment lock post | 10.2kg9447-6768 | Eccentric assembly | 1824kg6351-9651 | CAP SEAL ADJUSTMENT | 16kg
5760-2301M | Step bearing plate | 76kg5760-2301M | Step bearing plate | 76kg5168-6783 | Main Shaft Nut | 395kg6358-7662 | OIL FLINGER | 23.59kg
6360-4163 | Socket sealing ring | 155kg6360-4163 | Socket sealing ring | 155kg2005-7027 | Bowl | 4536kg1001674124 | PRSSR REL VALVE 2 X 2 NPT, BRONZE, OIL | 8kg
9439-7138 | Bowl lock assy | 18kg9439-7138 | Bowl lock assy | 18kg6380-6802 | Socket sealing ring | 318kg1070589805 | SHIM 3.00"ID X 22.25"OD X 11GA | 5.85kg
7381-7004 | Socket | 450kg7381-7004 | Socket | 450kg2005-6280 | Bowl Coarse | 5443kg1031144262 | ECCENTRIC | 1682kg
4851-6161 | FRAME LINER | 390kg4851-6161 | FRAME LINER | 390kg8642-8086 | Eccentric gear counterweight | 640kg1027268101 | COVER PLATE ASSEMBLY | 9kg
2855-2350 | Cylinder weldment | 8.5kg2855-2350 | Cylinder weldment | 8.5kg5760-5010 | Step Bearing Plate | 120kg1063-6471 | FEED HOPPER (FINE, MEDIUM, & COARSE) | 654kg
4851-6186 | Main Frame liner | 136kg4851-6186 | Main Frame liner | 136kg9439-9903 | Electric Power Unit Assembly | 200kg8030-2725 | ROD STEP BEARING PLATE | 8.89kg
6360-1210 | Socket sealing ring | 155kg6360-1210 | Socket sealing ring | 155kg5923-9126 | Sheave bushing | 313kg4851-9410 | Seat liner segment | 208kg
3683-1502 | Gear 20 degrees, solid | 410kg3683-1502 | Gear 20 degrees, solid | 410kg5923-9206 | Sheave bushing | 414kg9450-1847 | mainshaft assembly | 12506kg
3683-1229 | Pinion 20 degrees | 98kg3683-1229 | Pinion 20 degrees | 98kg9449-6355 | bowl | 11088kg
5013-5201 | Mantle | 739kg5013-5201 | Mantle | 739kg9450-4834 | Eccentric assembly | 3980kg
4830-1350 | BOWL LINER COARSE | 1246kg4830-1350 | BOWL LINER COARSE | 1246kg9448-2239 | NUT CITO | 3000kg
9439-6690 | HYD LOCK POST ASSY | 35kg9439-6690 | HYD LOCK POST ASSY | 35kg1970-8281 | U-bolt | 18kg
9439-6034 | Main shaft nut sub-assembly | 99.7kg9439-6034 | Main shaft nut sub-assembly | 99.7kg4830-7386 | Bowl liner | 3423kg
2005-4551 | Fine/Medium Bowl | 2880kg2005-4551 | Fine/Medium Bowl | 2880kg5013-9268 | MANTLE,SH | 2675.65kg
3378-3296 | Main Frame Cast | 4930kg3378-3296 | Main Frame Cast | 4930kg9450-4889 | main frame assembly | 25750kg
9449-3557 | Mainshaft assembly | 10600kg
6187-7950 | Adjustment Ring | 6660kg
2748-4726 | Cover, locking nut | 227kg
1048309472 | Bowl liner | 3652kg
6666-5691 | Bowl liner | 3652kg
1063-8501 | Bowl hopper | 249.48kg
4830-8731 | Bowl liner, Medium liner for X coarse bowl, 7-B-621 | 3287.875kg
4830-8525 | Bowl liner, Medium liner for coarse bowl, 7-B-1538 | 3746.3635kg
4830-8504 | Bowl liner, 7-B-863 | 3764.05kg
4830-8505 | Bowl liner, Midium liner for extra coarse bowl, 7-B-1321 | 3614.395kg
6361-9490 | Adjustment ring dust collar | 153.283kg
2855-4130 | Hydraulic cylinder | 21.768kg
2005-9335 | Bowl | 8140.325kg
1808-0012 | Filler blocks, medium liner in coarse bowl | 43.9895kg
8605-3730 | ARANDELA | 13kg
6361-3051 | OIL SEAL RING | 9.53kg
9439-9193 | Hydraulic lock post | 108kg
8602-7102 | WASHER U-BOLT | 17.33kg
8610-1485 | WASHER U-BOLT | 6kg
8602-7101 | WASHER BOLT | 11.57kg
3378-5980 | Main frame | 20180.75kg
5013-9204 | Mantle | 2504kg
5435-2751 | External main frame pin | 26kg
2214-7561-098 | Outer eccentric bushing over size | 662kg
9439-9130 | Main shaft nut | 513kg
6876-1321 | Countershaft | 370kg
9439-9069 | Bowl hopper assembly | 810kg
9439-9403 | countershaft and pinion assembly | 720kg
9439-9638 | countershaft box assembly | 300kg
4872-9305 | Socket liner | 335kg
4830-8473 | Bowl liner | 2563kg
9450-4923 | Main frame assembly | 26000kg
1063805101 | RING SOC SEAL INTD | 65.8kg
4247-5132 | Head | 9000kg
6886-8577 | mainshaft | 2700kg
2618-8221 | Feed cone | 450kg
1063-7927 | Feed hopper | 1670kg
9450-3813 | Counter Shaft Assembly | 735kg
9450-4578 | Counter Shaft Box Assembly | 1500kg
9448-2221 | Counter Shaft Bowl | 6850kg
9439-9957 | Jack Clearing Assy | 41kg
5013-9001 | Mantle | 2386kg
4830-8400 | Bowl liner | 3150kg
5013-9203 | Mantle | 3000kg
5013-9201 | Mantle | 2341kg
5013-8951 | Mantle Stepped XC | 1890kg
2281-8950 | Adjustment cap | 1900kg
KR1417.1.1 | Outer Eccentric Bushing | 485kg
KR1417.9.1 | Inner Eccentric Bushing | 335kg
KR1417.9.2 | Eccentric | 1678kg
9449-3556 | Shaft assembly | 10977kg
2005-9385 | Bowl | 6804kg
9439-9153 | Bowl Adjustment Arm Assy | 77kg
9449-6181 | ADJUSTMENT RING ASSEMBLY | 9000kg
9439-9396 | Hopper Assembly | 980kg
4830-7499 | Bowl liner | 2832kg
9448-2215 | Bowl; STANDARD COARSE | 6810kg
9449-9402 | Eccentric Assembly | 3700kg
3680-2700 | Bevel Gear | 770kg
2206-7201 | Countershaft Box Bushing | 40.86kg
4851-9456 | Main Frame Seat Liner Outer | 19kg

Sandivik CH CS Series HydroCone Crusher Parts List:

Sandvik CH420Sandvik CH430Sandvik CH440Sandvik CH540Sandvik CH550Sandvik CH660Sandvik CH830iSandvik CH840iSandvik CH860iSandvik CH865Sandvik CH865iSandvik CH870Sandvik CH870iSandvik CH880Sandvik CH890Sandvik CH890iSandvik CH895iSandvik CS420Sandvik CS430Sandvik CS440Sandvik CS550Sandvik CS660Sandvik HydroconeSandvik CG820 Gyratory CrusherSandvik CG830 Gyratory Crusher
442.6183-01 | Eccentric | 95kg442.7908-00 | Bottom Shell | 2305kg452.0230-901 | Bottom shell | 3875kgBG00156936 | Eccentric | 140kg452.7517-001 | Wear ring | 17kg442.8735-00 | Bottom shell,Seccion inferior del bastidor Section,inférieur de bati | 6400kg452.8513-005 | Concave M,M9 | 645kgBG00475833 | Main shaft sleeve | 62kg452.7654-001 | Spider bushing | 90kgBG00166425 | Bushing, Eccentric 58+54+50+46+42 | 308kg452.8241-001 | Concave MF,M1 | 1249kg452.0842-001 | Concave MF,M1 | 1740kgBG00239713-01 | Concave EC Top grip,M1 | 1957kg442.7201-90 | Cover, cap | 6kg452.5824-901 | Bottomshell Ar | 32000kg442.9312-01 | Concave MF,M1 | 3950kg452.4051-001 | Mantle OB,M1 | 3716kg442.9686-01 | Eccentric bushing | 46kg442.8449-01 | Eccentric | 146kg442.7122-01 | Piston wearing plate | 26kg452.7276-001 | Bottom shell bushing | 88kg442.9033-01 | Eccentric bushing | 204kg07-246-699-001 | Bottom shell bushing | 577kg454.2546-001 | Mainshaft sleeve | 494kg
442.9657-01 | Eccentric bushing 13+16+18, machinning 442.6995 | 42kg442.7201-00 | Cover | 6kg442.7140-00 | Liner-Pin Shaft Arm | 44kgBG00203559 | Bottom shell bushing | 55kg452.7547-001 | Spider bushing CH550 | 73kg442.8760-00 | Liner-Pin shaft arm Proteccion de desgaste Protection anti-usure | 60kg452.8338-005 | Mantle B,M9 | 492kg452.8602-001 | Mantle B,M1 | 753kg452.8403-001 | Support ring | 198kg452.8236-001 | M1, Mantle EF,For concave EF, F, MF | 1563kg452.8241-002 | Concave MF,M2 | 1249kg452.0842-002 | Concave MF,M2 | 1740kgBG00239713-02 | Concave EC Top grip,M2 | 1957kg442.9248-01 | Bottomshell bushing,See chapter 11 | 370kg452.2045-901 | Eccentric Ar | 10060kg442.9312-005 | Concave MF,M9 | 3950kg452.4051-005 | Mantle OB,M9 | 3716kg442.6139-01 | Piston wearing plate | 7kg452.4516-001 | Eccentric bushing 16+20+25+30 | 76kg442.7140-00 | Arm shield pinionshaft arm | 44kg442.8723-00 | Gear and pinion set | 229.4kg07-344-181-001 | Eccentric bushing | 438kg454.2547-001 | Protective ring - Mainshaft,Split ring | 167kg
442.9658-01 | Eccentric bushing 18+20+22 | 42kg442.7915-01 | Liner-Pin shaft arm | 36kg442.7141-00 | Liner-Norrow Arm | 43kgBG00203560 | Eccentric wearing plate | 16kgBG00228529 | Concave M,M1 | 966kg442.8759-00 | Liner-Narrow arm Proteccion de desgaste Protection anti-usure | 48kg452.8602-002 | Mantle B,M2 | 753kg452.8231-001 | Concave EC Topgrip,M1 | 1526kg452.8232-001 | M1, Mantle A,For concave HR | 1426kg452.8236-001 | Mantle EF,M1 | 1563kg452.0842-005 | Concave MF,M9 | 1740kgBG00239713-05 | Concave EC Top grip,M9 | 1957kg442.9307-01 | Dust collar | 595kg452.6434-901 | Dust collar Ar | 1645kg442.9471-01 | Concave MC, F,M1 | 3768kg442.9758-01 | Mantle HC,M1 | 3700kg442.6138-01 | Main shaft step | 9kg452.6117-901 | Mainshaft with headcenter | 1940kg442.7141-00 | Arm shield narrow arm | 43kg442.8730-01 | Piston wearing plate | 36kg17-302-732-001 | Bottom shell bushing | 459kg454.2551-001 | Head nut | 304kg
442.9659-01 | Eccentric bushing 22+25+28 | 42kg442.7914-01 | Liner-Narrow arm | 27kg442.7146-01 | Bottom shell bushing | 100kg879.0359-00 | V-belt pulley 375 MGT125 10xSPC | 80kg452.8496-001 | Concave MC,M1 | 1007kg442.8742-01 | Bottom shell bushing Casquillo de chasis Douille de bâtie,R 223.1117,11 | 177kg452.8602-003 | Mantle B,M7 | 753kg452.8231-002 | Concave EC Topgrip,M2 | 1526kg452.8233-001 | M1,Mantle B,For concave HR | 1228kg452.8236-002 | Mantle EF,M2 | 1563kgBG00689988 | Concave EC Top grip,M9 | 1970kg452.0837-001 | Mantle A,M1 | 1903kg442.9309-01 | Ring | 34kg452.5938-901 | Hydroset cylinder Ar | 11080kg442.9471-005 | Concave MC, F,M9 | 3768kg452.4051-001 | Mantle OB M1,Alternative or order connected | 3716kg442.6789-01 | Mantle B M1 | 407kg442.8471-01 | Mantle B M1 | 665kg442.7107-01 | Eccentric wearing plate | 22kg442.8723-02 | Pinion | 229.4kg17-200-455-001 | Main shaft step | 35kg454.3927-001 | Mantle | 9198kg
442.6152-01 | Hub | 71kg452.4190-001 | Bottom Shell Bushing | 58kg442.7106-01 | Dust collar | 174kg452.8500-001 | Concave C,M1 | 1008kg442.8733-01 | Eccentric | 465kg452.8602-005 | Mantle B,M9 | 753kg452.7598-001 | Mainshaft sleeve | 101kgBG00128445 | Liner topshell | 228kg452.8241-001 | Concave MF,M1 | 1249kgBG00568048 | Main shaft Assembly excluding mantle | 10000kg452.0837-002 | Mantle A,M2 | 1903kg442.9245-01 | Eccentric, eccentric body | 1060kg452.6419-901 | Mainshaft Ar | 18000kg442.9336-01 | Concave EC,M1 | 4052kg452.6133-901 | Dust collar Ar | 1600kgBG00395493 | Top shell assy exluding concave ring | 1680kg442.8470-01 | Mantle A M1 | 755kg442.7140-00 | Arm shield (pinion shaft arm) | 44kg442.8732-01 | Main shaft step | 37kg442.0721-01 | Bottom shell bushing | 58kg454.2559-001 | Bottomshell bushing | 567kg
442.6127-00 | Gear, complete | 55kg442.7929-01 | Dust collar | 106kg442.7109-01 | Ring | 12kg452.7843-001 | Concave EC,M1 | 1131kg442.8824-01 | Eccentric bushing,18+20+24+28,R 223.1117,11 | 220kgBG01078588-03 | Eccentric bushing, Throw 28-32-36 | 132kg452.8233-001 | Mantle B,M1 | 1228kg452.6271 | Overpressure Unit Alternatives | 870kg452.8241-002 | Concave MF,M2 | 1249kg452.0505-001 | Main shaft sleeve | 148kg452.0837-005 | Mantle A,M9 | 1903kg442.9357-01 | Eccentric bushing,24+28+32+36,See chapter 11,casting 442.9247 | 600kg452.6235-901 | Topshell Ar | 32500kg442.9336-005 | Concave EC,M9 | 4052kg452.5944-901 | Topshell tertiary arrangement | 48600kgBG00363893 | Cover kitch | 11kg452.6113-001 | Arm shield | 135kg442.7141-00 | Arm shield (narrow arm) | 43kg442.8982-01 | Mantle A | 2176kg07-245-027-001 | Main shaft step | 90kg454.2587-001 | Eccentric bushing | 511kg
442.6130-01 | Wearing plate | 12kg442.7921-01 | Eccentric | 152kg442.7151-01 | Eccentric | 280kg452.7843-002 | Concave EC,M2 | 1131kg442.8825-01 | Eccentric bushing,28+32+36+40,R 223.1117,11 | 209kgBG01078588-02 | Eccentric bushing, Throw 36-40-44 | 132kg452.8233-002 | Mantle B,M2 | 1228kg452.8238 | Concave | 1651kg452.8236-002 | Mantle EF,M2 | 1563kg452.0930-001 | Inner head nut | 61kg452.0837-001 | Mantle A M1,For concaves,EC Topgrip/C/MC/M | 1903kg442.9358-01 | Eccentric bushing,36+40+44+48,See chapter 11 | 600kg452.6738 | Direct drive on subframe | 8400kg452.4051-001 | Mantle OB,M1 | 3716kg442.6996-01 | Eccentric bushing | 40kg442.8520-00 | Spider cap | 141kg442.8067-01 | Eccentric bushing 20, 25, 30, 36, no keyway 442.8066-01 | 136kg442.8983-01 | Mantle B | 1915kg454.2588-001 | Eccentric wearing plate | 213kg
442.9872-01 | Hydroset cylinder | 168kg452.4191-01 | Eccentric bushing 16 19 22 | 63kg442.9643-01 | Eccentric bushing 13+16+20+24,without keyway 442.9404 | 124kg452.7843-003 | Concave EC,M7 | 1131kg442.8826-01 | Eccentric bushing,40+44+48+50 Casquillo de excéntrica,R 223.1117,11 | 204.6kg452.8602-001 | Mantle B,M1 | 753kg452.8236-001 | Mantle EF,M1 | 1563kg452.8239 | Concave | 1594kg452.8236-002 | Mantle EF,M1 | 1563kg452.0921-001 | Retaining ring | 226kg452.0837-001 | Mantle A M1,Alternative or order connected | 1903kg442.9359-01 | Eccentric Bushing, 48+52+56+60, See chapter 11 | 600kg452.6164 | Overpressure connection assembly | 600kg452.4051-005 | Mantle OB,M9 | 3716kg442.6473-01 | Spider bushing | 35kg442.9036-01 | WEAR PLATE RIM LINER | 69kg442.8976-01 | Arm shield | 550kg454.2296-001 | Adjustment ring | 11kg
442.9655-00 | Piston | 71kg452.4192-001 | Eccentric bushing 22+25+29 | 63kg442.9642-01 | Eccentric bushing 24 28 32 | 124kg452.7443-001 | Inner head nut | 20kg442.8729-01 | Hub | 280kg452.8602-002 | Mantle B,M2 | 753kg452.8236-002 | Mantle EF,M2 | 1563kg452.8240-001 | Concave | 1602kg452.0936-901 | Head nut with burning ring | 172kg452.0807-001 | Eccentric bushing 62+68+74+80 | 420kg442.9274-00 | Ring | 31kg452.5998-901 | Hoses and protection | 1980kg442.9758-01 | Mantle HC,M1 | 3700kg442.8477-00 | Lower concave ring EC | 534kg879.0359-00 | V-belt Pulley 375 MGT 125 10×SPC | 80kg442.8979-00 | Concave ring | 1750kg454.2591-001 | Guide bushing | 120kg
442.6139-01 | Piston wearing plate | 7kg452.4193-01 | Eccentric bushing 29+32+34+36,blank 452.4189-001 | 63kg442.9406-01 | Eccentric bushing 32+36+40+44 | 126kg452.7542-001 | Mainshaft sleeve | 60kg442.8723-00 | Gear and pinion set | 229.4kg452.8602-003 | Mantle B,M7 | 753kg452.8262-001 | Head nut protection steel HB 360-440 | 9kg452.8241 | Concave | 1249kg452.0845-001 | Mantle EF,M1 | 1979kgBG01283913 | Pinion shaft housing assembly excluding pulley | 700kg442.9249-01 | Eccentric wearing plate, See chapter 11 | 52kg442.9249-02 | Eccentric wearing plate | 52kgBG00598672 | Wear plate Assembly | 600kg442.8484-00 | Concave upper | 74kg442.7140-00 | Pin shaft arm liner | 44kg442.9071-00 | Concave ring C, lower | 2064kg454.2592-001 | Concave adapter | 26kg
442.6137-01 | Step washer | 7kg442.7930-01 | Ring | 6kg442.7142-01 | Hub | 170kg452.7208-901 | Head nut,w. burning ring As. | 53.9kg442.8722-01 | Hydroset cylinder Cilindre Hydroset Cylindre Hydroset | 617kg452.8602-005 | Mantle B,M9 | 753kg452.7595-001 | Dust collar | 492kg452.8242-001 | Concave F,M1 | 1417kg452.0845-002 | Mantle EF,M2 | 1979kg452.6732-001 | Seating Ring | 40kg442.9256-01 | Hydroset cylinder bushing, See chapter 11 | 135kg452.5925-001 | Liner narrow arm | 184kg442.9758-01 | Mantle HC M1,For concave MC/M/MF | 3700kg452.9012 | Mantle,A | 872kg442.7141-00 | Narrow arm liner | 43kg442.8981-00 | Concave ring EC, upper | 1400kg454.6004-001 | Piston, cylinder | 1339kg
442.9660-01 | Hydroset cylinder cover | 66kg442.7802-00 | Gear and pinion set, Gleason, gear 61 teeth, pinion 15 teeth, N11851291 | 104kg442.7169-00 | Ring | 11kg452.7531-001 | Dust seal ring | 18kg442.8724-01 | Hydroset cylinder bushing Camissa de caja de émbolo,Garniture inférieure de cylindre de piston,R 223.1117,11 | 79kgBG00162890 | Eccentric bushing 70+66+62+58 | 305kg452.8243 | Mantle,FlexiFeed B | 1276kg452.0845-005 | Mantle EF,M9 | 1979kg442.9650-93 | Rubber Damper | 80kg442.9724-01 | Piston wearing plate | 94kg452.6435-001 | Dust Collar | 880kg442.9471-02 | Concave MC, F,M2 | 3768kg452.9013 | Mantle,B | 781kg879.0496-00 | Pulley,V belt | 100kg442.9072-00 | Concave ring C, upper | 1775kg
442.6134-01 | Pinion shaft housing | 52kg452.4188-001 | Ecc. Wearing plate | 12kg442.7093-00 | Gear and pinion set | 128kg452.7626-001 | Mantle A,M1 | 843kg442.8758-00 | PISTON ASM, Piston part no 442.8738-01 | 342kg452.8450-901 | Bottom shell arm liners | 649kg452.8244 | Mantle,OB | 1555kg452.0837-001 | Mantle A,M1 | 1903kg442.9722-01 | Step washer, See chapter 11 | 107kg452.6075-001 | Piston | 1000kg442.9312-02 | Concave MF,M2 | 3950kg452.9015 | Mantle,EC | 651kg452.6391-901 | Bottom shell,Assembly | 4534kg442.8759-01 | Liner-Narrow arm | 48kg
442.7450-01 | Main shaft | 490kg442.7889-01 | Hydroset cylinder | 249kg442.7107-01 | Eccentric wearing plate | 22kg452.7626-002 | Mantle A,M2 | 843kg442.8730-01 | Piston wearing plate,R 223.1117,11 | 36kg452.7644-001 | Bottomshell bushing JM 14-15 | 240kg452.8446 | Concave,HR | 1411kg452.0837-002 | Mantle A,M2 | 1903kg442.9304-01 | Packing clamp plate | 17kg452.6045-001 | Dust seal retaining ring | 408kgBG00688460-01 | Lubrication pump assembly | 200kg452.9016 | Mantle,C | 739kg452.1634-001 | Head centre | 1715kg452.4151-001 | Dust collar | 278kg
442.6140-01 | Main shaft sleeve | 12kg442.7892-01 | Hydroset cylinder bushing | 29kg442.7163-01 | Hydroset cylinder | 394kg452.7626-003 | Mantle A,M7 | 843kg442.8731-01 | Step washer,R 223.1117,11 | 37kg452.7645-001 | Eccentric wearing plate | 43kg464.0599 | Concave,80 | 1414kg452.0837-005 | Mantle A,M9 | 1903kg442.9806-01 | Pinionshaft housing, Horizontal | 473kg452.6048-001 | Dust seal ring | 65kg452.7435-901 | Hydraulic pump assembly | 170kg452.9019 | Upper concave | 418kg452.1633-001 | Mainshaft | 1685kg452.5839-001 | Support ring | 137kg
442.6138-01 | Main shaft step | 9kg442.9668-00 | Piston | 118kg442.7166-01 | Hydroset cylinder bushing | 43kg452.7548-001 | Mantle B,M1 | 717kg442.8725-01 | Packing clamp plate | 9kg452.7717-901 | Step bearing set | 150kg464.1162 | Concave,130 | 1352kg452.0938-001 | Burning ring,Wear part | 5kg442.9260-01 | Plate | 18kg452.4051-001 | OB,Mantle | 3716kg452.3684-901 | CONE MC RUBBER LINER KIT | 1360kg452.9020 | Upper concave | 528kg442.8059-01 | Top shell | 4970kg452.5920-902 | Concave Lower EC | 1900kg
442.7449-01 | Head centre | 490kg442.7893-01 | Piston wearing plate | 13kg442.9672-00 | Piston | 186kg452.7548-002 | Mantle B,M2 | 717kg442.8764-01 | Pinion shaft housing Caja de cojinete de collar Boitier de palier a collets | 201kg464.1164-001 | Mantle | 1270kg452.0834-001 | Locating bar | 5kg442.9807-01 | Pinion shaft, horizontal shaft (pinion shaft) | 207kg442.9336-01 | Concave EC | 4052kgBG00174595 | Lower concave,MC | 496kg442.8089-01 | Mantle | 1271kg442.8982-02 | Mantle A | 2176kg
442.9698-01 | Mantle A M1 | 290kg442.7894-01 | Step washer | 13kg442.7122-01 | Piston wearing plate | 26kg452.7548-003 | Mantle B,M7 | 717kg442.8723-02 | Pinion Pinion Pignon | 229.4kg452.7720-001 | Piston wear plate | 47kg452.0805-001 | Eccentric bushing, throw 32-37-42-47 | 420kg442.9294-01 | Mainshaft sleeve, main shaft sleeve, see chapter 11 | 214kg442.9471-01 | Concave MC | 3768kgBG00174596 | Lower concave,MC | 496kg442.8089-02 | Mantle | 1271kg452.9040-902 | Upper concave, MC | 1214kg
442.6197-01 | Mantle B M1 | 231kg442.9667-00 | Hydroset cylinder cover | 83kg442.7121-01 | Step washer | 23kg452.7203-901 | Gear and pinion set | 157kg442.8766-01 | Plate Portacojinetes Chapeau de palier | 7kg452.7718-001 | Step washer | 52kg452.0516-001 | Hub | 435kg442.9723-01 | Mainshaft step, main shaft thrust plate, see chapter 11 | 99kg442.9312-01 | Concave MF | 3950kgBG00174597 | Lower concave,MC | 496kg442.8089-03 | Mantle | 1271kg452.9041-902 | First lower concave, MC | 2037kg
442.7000-01 | Mantle EF M1 | 245kg442.7902-01 | Main Shaft | 747kg442.7112-00 | Chevron packing | 7kg452.7250-001 | Eccentric bushing, Throw 48-44-40-36-32 | 93kg442.8765-01 | Plate Portacojinetes Chapeau de palier | 9kg452.7719-001 | Main shaft step | 45kg452.0902-901 | Ring | 29kg452.0264-001 | Mantle EF, movable cone bushing, see chapter 11 | 3500kg442.9471-01 | Concave F | 3768kgBG00174592 | Lower concave,MC | 496kg452.1545-001 | Mantle | 959kg452.3822-902 | Concave Lower C Mn18 | 2132kg
442.9761-01 | Mantle HC M1 | 245kg442.7913-01 | Main shaft sleeve | 25kg442.7167-01 | Packing clamp plate | 7kg452.7076-001 | Arm liner pinionshaft | 91kg442.8772-01 | Pinion shaft Eje propulsor Arbre moteur | 106kg452.7591-001 | Head nut | 80kg452.0807-901 | Eccentric bushing, throw 62-68-74-80,blank 452.0803 | 420kg442.9314-01 | Mantle A, movable cone bushing, see chapter 11 | 3681kg442.9249-02 | ECCENTRIC WEARING PLATE, N11851551 | 52kgBG00174593 | Lower concave,MC | 496kg452.1545-002 | Mantle | 959kg442.8981-90 | Concave ring EC, upper | 1400kg
442.6194-00 | Head nut with burning ring | 20kg442.7895-01 | Main shaft step | 11.5kg442.9663-00 | Hydroset cylinder cover | 126kg452.8600-001 | Concave,F | 1090kg442.8792-01 | Mainshaft sleeve Manguito de eje principal Douille d'arbre principal,R 223.1117,11 | 82kg452.8235-001 | Concave EF and BG00303824 Rubber Seal EF,For mantle EF, OB, M1 | 1512kgBG00504656 | Bottom shell | 21000kg442.9758-01 | Mantle heavy-choke, movable cone bushing, see chapter 11 | 3700kg452.4051-002 | MANTLE EEF (XT710) CH880, MM0352126 | 3716kgBG00174594 | Lower concave,MC | 496kg452.1545-003 | Mantle | 959kg452.3822-901 | Concave Lower C Mn13 | 2132kg
442.6193-01 | Inner head nut | 6kg442.7910-01 | Head center | 822kg442.7506-01 | Pinion shaft housing | 127kg452.8601-01 | Concave,M | 1065kg442.8732-01 | Main shaft step Placa de presion Plaque de pression,R 223.1117,11 | 37kg452.8235-002 | Concave EF and BG00303824 Rubber Seal EF,For mantle EF, OB, M2 | 1512kg452.0795-001 | Bottom shell bushing | 255kg442.9758-01 | Mantle heavy-choke, movable cone bushing, see chapter 11 | 3700kg452.0264-002 MM0238783 | MANTLE EF (XT710) CH880 | 3500kgBG00202524 | Mantle,FlexiFeed B | 786kg452.0943-001 | Mantle | 1207kg452.1639-001 | Head center | 2767kg
442.6141-01 | Retainer | 23.5kg452.1502-001 | Mantle EF | 561kg868.0282-00 | Bearings Spherical Roller 23122 CC/W33/C3 | 5.6kg452.8602 | Concave,B | 753kg442.8819-01 | Mantle A Cubierta interior,Enveloppe intérieur,R 223.1117 M1,11 | 1192kg452.8236-002 | M2, Mantle EF,For concave EF, F, MF | 1563kg452.0808-001 | Eccentric wearing plate | 45kg442.9270-00 | Head nut with burning ring, See chapter 11 | 222kg452.0579-002 | CONCAVE EXTRA-EXTRA-FINE SHORT (XT710), MM0352127 | 3605kgBG00134054 | Mantle,FlexiFeed B | 786kg452.0943-002 | Mantle | 1207kg442.8979-90 | Concave ring | 1750kg
442.9674-00 | Topshell EC2 assembly excl. concaves | 1000kg442.7989-01 | Mantle B | 417kg868.0804-00 | Tapered roller bearing 452322 M2/W502 | 13kg452.9000-002 | Mantle,A | 1304kg442.8819-02 | Mantle A Cubierta interior,Enveloppe intérieur,R 223.1117 M2,11 | 1192kg452.8232-002 | M2, Mantle A,For concave HR | 1426kg452.0970-001 | Hydroset cylinder | 1120kg442.9269-01 | Inner head nut, See chapter 11 | 63kgBG00134055 | Mantle,FlexiFeed B | 786kg452.0943-003 | Mantle | 1207kg452.3822-903 | Concave Lower C Mn21 | 2132kg
442.9554-00 | Top shell | 1000kg442.9759-01 | Mantle HC | 474kg442.7133-01 | Bearing cover outer | 7kg452.9001-002 | Mantle,B | 1069kg442.9760-01 | Mantle HEAVY-CHOKE,Cubierta interior Enveloppe intérieur,R 223.1117 M1,11 | 1199kg452.8231-001 | EC, Top grip, concave, M1 | 1526kg452.0969-001 | Hydroset cylinder bushing | 132kg442.9306-01 | Burning ring, See chapter 11 | 7kgBG00174595 | Lower concave,MC | 496kg442.8070-01 | Mantle | 1145kg
442.9568-01 | Arm shield | 20kg442.7988-01 | Mantle A | 498kg442.9937-01 | Pinion shaft | 76kg452.9002-002 | Mantle,S | 1190kg442.9760-02 | Mantle HEAVY-CHOKE,Cubierta interior Enveloppe intérieur,R 223.1117 M2,11 | 1199kg452.8231-002 | EC, Top grip, concave, M2 | 1526kg452.0972-001 | Hydroset cylinder cover | 590kg442.9271-01 | Dust seal ring, See chapter 11 | 64kgBG00174596 | Lower concave,MC | 496kg442.8070-02 | Mantle B | 1147kg
442.8362-01 | Spider cap | 65kg442.7912-00 | Head Nut with burn ring | 25kg442.7259-00 | Main shaft ass. excl mantle | 2545kg452.9004-001 | Lower concave,EC | 880kg442.8820-01 | Mantle B Cubierta interior,Enveloppe intérieur,R 223.1117 M1,11 | 1094kg452.5576-901 | Pinion Shaft Bearing Kit | 32kg452.0990-001 | Packing clamp plate | 12kg442.9265-00 | Arm shield, See chapter 11 | 308kgBG00174597 | Lower concave,MC | 496kg442.8070-03 | Mantle | 1145kg
442.8363-01 | Spider bushing | 16kg442.7918-01 | Inner head nut | 8kg442.7100-01 | Main shaft | 1267kg452.9005 | Lower concave,C | 971kg442.8820-02 | Mantle B Cubierta interior,Enveloppe intérieur,R 223.1117 M2,11 | 1094kg452.2630-901 | Step bearing set | 195kg452.0266-001 | Spider cap, See chapter 11 | 1100kgBG00174592 | Lower concave,MC | 496kg442.8115-001 | CONCAVE SEGMENT UPPER EC | 88kg
442.9569-01 | Concave ring EC | 327kg442.8017-01 | Dust seal ring | 8kg442.7117-01 | Main shaft sleeve | 40kg452.9008-001 | Upper concave,EC | 820kg442.9760-01 | Mantle HEAVY-CHOKE,Cubierta interior Enveloppe intérieur,R 223.1117 M1,11 | 1199kg452.0657-001 | Pinion shaft housing | 430kg442.9266-01 | Spider bushing, See chapter 11 | 174kgBG00174593 | Lower concave,MC | 496kg442.8115-002 | CONCAVE SEGMENT UPPER EC | 88kg
442.9587-01 | Concave ring C | 279kg442.8020-01 | Retaining ring | 54kg442.7120-01 | Main shaft step | 23kg452.9010 | Upper concave,C | 895kg442.9760-02 | Mantle HEAVY-CHOKE,Cubierta interior Enveloppe intérieur,R 223.1117 M2,11 | 1199kg452.0716-001 | Inner bearing cover | 27kg452.0417-001 | Ring 5kgBG00174594 | Lower concave,MC | 496kg442.8115-003 | CONCAVE SEGMENT UPPER EC | 88kg
442.9586-01 | Concave ring M | 415kg442.7981-00 | Top shell EC2 | 1697kg442.8332-01 | Head centre | 1278kgBG00202524 | Mantle,Flexifeed B M1 | 786kg442.8800-01 | Head nut | 80kg442.9260-01 | Outer bearing cover | 18kg452.0579-001 | Concave ring, EEE, EEF, EEF, See chapter 11 | 3605kg452.0651-001 | Main shaft | 968kg452.0274-001 | Concave segment, MC | 123kg
442.9585-01 | Concave ring MF | 472kg442.7984-01 | Arm shield | 27kg442.7230-01 | Mantle B, M-EC, M1 | 613kgBG00134054 | Mantle,Flexifeed B M2 | 786kg442.8791-01 | Inner head nut Anillo roscado Bague filetée,R 223.1117,11 | 26kg442.9650-92 | Vibration damper | 25kg452.0263-001 | Concave ring, EF, EF, See chapter 11 | 2900kg452.0632 | Head center | 945kg452.0274-002 | Concave segment, MC | 123kg
442.9584-01 | Concave ring F | 535kg442.7976-01 | Spider Cap | 100kg442.7225-01 | Mantel A,F+MF, M1 | 665kgBG00134055 | Mantle,Flexifeed B M3 | 786kg442.8802-01 | Dust seal ring Anillo guardapolvo,Bague anti-poussiéres,R 223.1117,11 | 18kg930.0332-00 | Coupling Omega E120 HDY | 200kg442.9520-00 | Filler ring, MC, EEF, EF, EFX | 1896kg442.8486-01 | Eccentric bushing,16/20/25/30 | 75kg452.0274-003 | Concave segment, MC | 123kg
442.9583-01 | Concave ring EF | 440kg442.6473-01 | Spider bushing | 35kg442.7105-01 | Head nut | 50kgBG00216572 | Concave,F | 1082kg442.8801-01 | Retaining ring Anillo de retén Bague de retenue | 93kg452.0891-901 | Filler ring EC,For concave EC | 592kg442.9471-01 | Concave ring, MC (F), See chapter 11, MC (F) | 3768kg452.7002-901 | Lower concave,C | 471kg452.0273-901 | First lower concave, MC | 893kg
442.9596-01 | Filler ring | 202kg452.1216-001 | Concave MF | 589kg442.8333-01 | Inner head ring | 16kgBG00216573 | Concave,F | 1082kg442.9037-00 | Top shell,EC2,Parte superior del chasis Section supérieure de bâti | 4856kg452.0898-901 | Filler ring M,For concave M/MF/F/EF | 1177kg442.9312-01 | Concave ring, MF | 3950kgBG00579404 | Pinion Shaft Housing Assembly | 165kg452.0273-902 | First lower concave, MC | 893kg
442.9570-01 | Support ring | 51kg442.8246-01 | Concave ring M | 570kg442.7102-01 | Dust seal ring | 13kgBG00216574 | Concave,F | 1082kg442.8812-01 | Arm shield,Proteccion de desgaste Protection anti-usure | 74kg452.0837-001 | Mantle A M1,Alternative or order connected | 1903kg442.9332-00 | Filler ring, MF | 3800kg452.6913-001 | Top shell | 2760kg452.0273-903 | First lower concave, MC | 893kg
442.9575-00 | Feed hopper cone,Cone for 442.9613-00 EC-EC2 | 70kg442.8251-01 | Concave ring F | 583kg442.7103-01 | Retaining ring | 69kgBG00226991 | Concave,MF | 1021kg442.8753-01 | Spider cap | 345kg452.0806-001 | Eccentric bushing 47+52+57+62 | 420kg442.9398-01 | Concave Ring, C, Concave Liner C, C, See chapter 11 | 4097kg452.6121-001 | Head center | 977kg442.8099-00 | Concave segment, C | 107kg
442.8624-00 | Check valve | 26.5kg442.8630-01 | Concave ring EF | 486kg442.7180-01 | Top shell | 2877kgBG00226992 | Concave,MF | 1021kg442.8754-01 | Spider bushing,R 223.1117,11 | 87kg452.0807-001 | Eccentric bushing 62+68+74+80 | 420kg442.9336-01 | Concave Ring, EC, Filling Ring EC, EC, See chapter 11 | 4052kg452.7008-001 | Concave support ring | 81kg442.8099-90 | Concave segment, C | 107kg
442.8642-00 | Over pressure unit,Complete | 107kg442.8248-01 | Concave ring C | 551kg442.7190-01 | Arm shield | 43kgBG00226993 | Concave,MF | 1021kg442.8818-01 | Concave ring,F,R 223.1117,11 | 1172kg452.0808-001 | Eccentric wearing plate | 45kg452.0312-001 | Wear Plate, Wear Plate | 54kgBG00566564 | Mainshaft assembly | 2300kg442.8099-91 | Concave segment, C | 107kg
442.9325-00 | Over pressure fan | 15.8kg442.8247-01 | Concave ring MC | 632kg442.7492-01 | Spider cap | 210kgBG00228529 | Concave,M | 966kg442.8818-02 | Concave ring,F,R 223.1117,11 | 1172kg452.0727-001 | Pinion shaft | 214kg452.0264-001 | Mantle EF | 3500kg442.8098-00 | First lower concave, C | 878kg
442.9871-00 | BOTTOM SHELL H/S 2000, N11852154 | 1433kg442.8249-01 | Concave ring EC | 616kg442.9408-01 | Spider bushing | 70kgBG00228530 | Concave,M | 966kg442.8817-01 | Concave ring,MF,R 223.1117,11 | 1222kgBG00239981 | Mantle,Flexifeed B | 1678kg442.9339-01 | Mantle B | 3010kg442.8098-90 | First lower concave, C | 878kg
442.6131-01 | BOTTOMSHELL BUSHING /H2000,  N11851103 | 44kg442.8245-01 | Filler ring C (MC,EF) | 298kg442.8416-01 | Concave ring EF, M1 | 829kgBG00228531 | Concave,M | 966kg442.8817-02 | Concave ring,MF Cubierta exterior,R 223.1117,MF M2,11 | 1222kgBG00692006 | Mantle,HRi | 1893kg442.9758-01 | Mantle Heavy-Choice, Cubierta Interior Manteau | 3700kg442.8098-91 | First lower concave, C | 878kg
442.6132-01 | DUST COLLAR, N11851104 | 67kg442.8008-01 | Filler ring M (F,MF) | 577kg442.8417-01 | Concave ring F, M1 | 843kg452.7275-001 | Eccentric wearing plate | 24kg442.8863-01 | Filler ring,MF,(F, MF) | 1146kg452.0675-001 | BOTTOM SHELL CH870, N11852156 | 12700kg452.0579-001 | Concave Ring, EEF | 3605kg442.8114-00 | First lower concave, EC | 948kg
442.6139-01 N11851109 | PISTON WEARING PLATE | 7kg442.7915-01 | Liner-Pin shaft arm,Arm liners | 36kg442.8418-01 | Concave ring MF, M1 | 814kgBG01074558 | Bottom shell bushing | 119kg442.8816-01 | Concave ring,M Cubierta exterior Enveloppe extérieure,R 223.1117,M M1,11 | 1292kg452.1066-901 | PINION SHAFT ARM LINER, N11852175 | 222kg442.9471-01 | Concave Ring, MC (F) | 3768kg442.8114-90 | First lower concave, EC | 948kg
442.6138-01 N11851108 | MAIN SHAFT STEP | 9kg442.7914-01 | Liner-Narrow arm,Arm liners | 27kg442.8420-01 | Concave ring MC , M1 | 810kgBG01078588-03 | Eccentric bushing, 28/32/36 | 132kg442.8816-02 | Concave ring,M,R 223.1117,11 | 1292kg452.1065-901 | NARROW ARM LINER, N11852174 | 165kg442.9312-02 | Concave ring,MF | 3950kg442.8114-91 | First lower concave, EC | 948kg
442.6789-03 | MANTLE B 21MNCR CS420, MM1328308 | 407kg442.8870-00 | Bottomshell liner kit | 201kg442.8421-01 | Concave ring C, M1 | 845kgBG01078588-01 | Eccentric bushing, 44/48/52 | 132kg442.8815-01 | Concave ring,MC,R 223.1117,11 | 1320kg452.0926-00 | DUST COLLAR, N11852417 | 595kg442.9336-01 | Concave ring,EC,Cóncavo | 4052kg452.0945-901 | CONCAVE RING C, STEPPED 2 14MNCR CS440, MM1223001 | 796kg
442.7000-02 | MANTLE EF 18MNCR CH420, MM1328228 | 245kg442.8864-01 | Wearing plates,Included in Bottomshell liner kit | 18kg452.3027-001 | Concave EC Topgrip | 784kg452.8600-002 | Concave,F | 1090kg442.8815-02 | Concave ring,MC Cubierta exterior,R 223.1117,MC M2,11 | 1320kg452.0999-001 | RING, N11852419 | 17kg442.9249-01 | Eccentric wearing plate Arandela de cojinete,Plaque d'appui de l'excentrique | 52kg452.0945-902 | CONCAVE RING C, STEPPED 2 18MNCR CS440, MM1328268 | 796kg
442.9698-02 | MANTLE A 18MNCR CH420, MM1328220 | 290kg442.8865-01 | Wearing plates,Included in Bottomshell liner kit | 27kg442.8419-01 | Concave ring M, M1 | 823kgBG00214258 | Main Shaft Step Bearing | 26kg442.8823-01 | Filler ring,MC,(M, MC) | 573kg452.1000-001 | SEAL RING INNER, N11852083 | 6kgBG00227258 | Concave,HR | 3372kg452.0945-903 | CONCAVE RING C, STEPPED 2 21MNCR CS440, MM1223002 | 796kg
442.6789-02 | MANTLE B 18MNCR CS420, MM1328215 | 407kg442.8866-01 | Wearing plates,Included in Bottomshell liner kit | 7kg442.7485-01 | Filler ring MC, M, EF | 597kg442.8814-01 | Concave ring,C Cubierta exterior Enveloppe extérieure,R 223.1117,C M1,11 | 1207kg452.0540-001 | ECCENTRIC, N11852157 | 809kgBG00282784 | Mantle,FlexiFeed A | 3901kg452.6200-001 | Arm Shield | 243kg
442.6197-02 | MANTLE B 18MNCR CH420,  MM1328122 | 231kg442.7985-00 | Feed hopper | 282kg442.7484-01 | Filler ring MF, F | 384kg442.8814-02 | Concave ring,C,R 223.1117,11 | 1207kg452.0530-901 | Gear and pinion set 50HZ, N11852158 | 450kg442.9249-01 | ECCENTRIC WEARING PLATE, N11851551, 442.9249-02 | 52kg452.3821-902 | Concave Lower C | 859kg
442.6789-01 | MANTLE B 14MNCR CS420, MM1223141 | 407kg442.7915-01 | Pin shaft arm liner | 36kg442.8425-01 | Support ring | 139kg442.9230-01 | Concave ring,CX,R 223.1117,11 | 1388kg452.0808-001 | ECCENTRIC WEARING PLATE, N11852087 | 45kg452.2631-901 | STEP BEARING SET (2260/2280/4075) LAPPED,442.9722,442.9723,442.9724, N11852195 | 301kg442.9036-02 | WEAR PLATE RIM LINER | 69kg
442.6197-03 | MANTLE B 21MNCR CH420, MM1223140 | 231kg442.7914-01 | Narrow arm liner | 27kg442.7140-00 | Liner-Pin shaft arm,Arm liners | 44kg442.9230-02 | Concave ring,CX Cubierta exterior,R 223.1117,CX M2,11 | 1388kg452.0656 N11852161 | PINION SHAFT HOUSING ASSY CH870 | 680kg452.2007-901 | PINION SHAFT HOUSING ASSY H8000, N11852160 | 2800kg442.9325-90 | Over pressure fan | 45kg
442.9698-03 | MANTLE A 21MNCR CH420, MM1222989 | 290kg442.9666-01 | Piston | 115kg442.7141-01 | Liner-Narrow arm,Arm liners | 43kg442.8813-01 | Concave ring,EC,R 223.1117,11 | 1274kg452.1930-901 | MAIN SHAFT & HEAD CENTER ASSY / USE ASSY N11852163, 452.4426-901 | 9000kg442.9314-02 | MANTLE A (XT710) CH880, N11944828 | 3681kg
442.9698-01 | MANTLE A 14MNCR CH420, MM1222988 | 290kg442.7927-01 | Eccentric wear plate | 13kg442.7191-00 | Feed hopper | 355kg442.8813-02 | Concave ring,EC,R 223.1117,11 | 1274kg452.0924-001 | DUST SEAL RING, N11852066 | 36kg452.4051-002 | MANTLE EEF M2 CH880, MM0352126 | 3716kg
442.9587-02 | CONCAVE C 18MNCR CH420, MM1328243 | 279kg442.7925-01 | Eccentric bushing,29+32+34+36 | 67kg442.7191-90 | Feed hopper with insp. door | 355kg442.8793-01 | Support ring | 177kg452.0664-001 | TOP SHELL CH870, N11852164 | 8353kg442.9340-02/452.0264-002 | MANTLE EF (XT710) CH880, MM0238783 | 3500kg
442.9585-02 | CONCAVE MF 18MNCR CH420, MM1328224 | 472kg442.7935-01 | BOTTOM SHELL BUSHING | 62kg442.7270-00 | Feed hopper with cone complete | 575kg442.9040-01 | Wearing plate HB 360-440 16x741x374 Planchas de desgaste,Plaques d'usure | 21kg452.1060-001 | SPIDER ARM SHIELD, N11852173 | 162kg452.5427-001 | TOP SHELL EC2 H8000, N11851545 | 14568kg
442.9569-02 | CONCAVE EC 18MNCR CH420, MM1328221 | 327kg442.7924-01 | Eccentric bushing,22+25+29 | 67kg442.7192-00 | Feed hopper cone-LH,For concave EC | 56.8kg442.9041-01 | Wearing plate HB 360-440 16x617x380 Planchas de desgaste,Plaques d'usure | 14.8kg452.0549-001 | RETAINING RING, N11852170 | 5.8kg442.9398-02 | CONCAVE COARSE (XT710) CH880, N11944687 | 4097kg
442.9569-03 | CONCAVE EC 21MNCR CH420, MM1225660 | 327kg452.6564-001 | PINIONSHAFT ARMLNR 14MNCR H/S3000, MM1224532 | 35kg442.7192-90 | Feed hopper cone-RH,For concave EC | 56.8kg442.9042-01 | Wearing plate HB 360-440 16x604x454 Planchas de desgaste,Plaques d'usure | 26kg452.1369-901 | WEAR PLATE ASSY KIT, N11852422 | 150kg442.9471-02 | CONCAVE FINE-MEDIUM-COARSE (XT710) CH880, N11944684 | 3768kg
442.9569-01 | CONCAVE EC 14MNCR CH420, MM1225659 | 327kg452.6563-001 | NARROW ARM LINER 14MNCR H/S3000, MM1224533 | 26kg442.9949-00 | V-belt drive SPC, 4-pol 50 Hz,Complete | 101kg442.9043-01 | Wearing plate HB 360-440 16x603x454 Planchas de desgaste,Plaques d'usure | 32.7kg452.0687-001 | SUPPORT RING, N11852080 | 450kg452.0579-002 | CONCAVE EXTRA-EXTRA-FINE SHORT (XT710) CH880, MM0352127 | 3605kg
442.9583-02 | CONCAVE EF 18MNCR CH420, MM1224944 | 440kg442.7935-01 | BOTTOM SHELL BUSHING,  N11851322 | 58kg879.0359-00 | V-belt Pulley 375 MGT 125 10xSPC | 80kg442.9045-00 | Part of cone, left,Parte de cono, izquierda,Tolerie (blindage) tronconique, gauche,EC, CX | 94kg452.0919-001,452.5504 Assembly no | Head center | 4512kg442.9336-02 | CONCAVE EXTRA-COARSE (XT710) CH880, MM0346040 | 4052kg
442.9583-01 | CONCAVE EF 14MNCR CH420, MM1224931 | 440kg442.8486-01/452.4516-001 N11851409 | ECCENTRIC BUSHING 16+20+25+30/S3000 | 76kg869.0235-00 | Bushing MGT NR 125 ø100 | 16kg442.9045-90 | Part of cone, right Parte de cone, derecha,Tolerie (blindage) tronconique, droite,EC, CX | 94kg452.0918-001,452.5504 Assembly no | Main Shaft | 3925kg452.3319-001 | Topshell | 13017kg
442.7214-02 | CONCAVE F 18MNCR CH420, MM1224673 | 535kg452.4193-001 | ECCENTRIC BUSHING 29 32 34 36,blank 442.7922, N11851309, 442.7925-01 | 63kg442.7140-00 | Pin shaft arm liner | 44kg442.8777-00 | Check valve,Valvula de retencion,R 223.1111,7 | 22kg452.0507-001 | Main shaft step | 68kg452.0281-001 | Bottomshell | 17500kg
442.7214-01 | CONCAVE F 14MNCR CH420, MM1224633 | 535kg442.7923-01 | ECCENTRIC BUSHING 16+19+22 | 63kg442.7141-00 | Narrow arm liner | 43kg879.0497-00 | V-belt pulley 500 MGT125 12xSPC Polea para correa en V,Poulie à courroie trapézoidale | 135kg452.0537-01 | Step washer | 71kg442.9336-005 | Concave, EC | 4052kg
442.9587-03 | CONCAVE C 21MNCR CH420, MM1224558 | 279kg452.4188-001 | ECCENTRIC WEARING PLATE,  442.7927-01, N11851311 | 12kgBG00259470 | STEP BEARING SET (2260/2280/4075) LAPPED,  N11852206 | 75kg442.8820-01 | Mantle B,F, MF, M, MC, C, EC,Cubierta interior,M1,Enveloppe intérieure | 1094kg452.0838-001 | Concave EC | 2010kg442.9340-01 | MANTLE EF M1 | 3500kg
442.9587-01 | CONCAVE C 14MNCR CH420, MM1224557 | 279kgBG00259459 | STEP BEARING SET (2260/2280/4075) LAPPED, N11852210 | 39kg452.1699-901 | MAIN SHAFT ASSEMBLY S4000, 442.9035-AD, N11851877 | 3770kg442.8820-02 | Mantle B,F, MF, M, MC, C, EC,Cubierta interior,M2,Enveloppe intérieure | 1094kg452.0538-01 | Piston wearing plate | 60kg
BG00210383 | Main Shaft Step Bearing | 8kg452.0655-901 | MAIN SHAFT ASSEMBLY S3000, 442.8937-AD, N11851879 | 2100kgBG00213813 | TAPERED MAINSHAFT SLEEVE CH440:2: BLOCK U.S.A!!, N11852051 | 36.4kg442.9760-01 | Mantle HEAVY-CHOKE,F, MF, M, MC, C, EC,Cubierta interior,M1,Enveloppe intérieure | 1199kg452.0656-901 | Pinion shaft housing assembly | 900kg
442.7591-901 | Main Shaft Assembly Head & Shaft Only | 970kgBG00215626 | TAPERED MAINSHAFT SLEEVE CH/S 430,  N11852098 | 26kg442.7230-03 | MANTLE B 21MNCR CH440, MM1328259 | 613kg442.9760-02 | Mantle HEAVY-CHOKE,F, MF, M, MC, C, EC,Cubierta interior,M2,Enveloppe intérieure | 1199kg452.0953-901 | Hydroset cylinder assembly | 3000kg
442.9584-02 | Concave ring F | 535kg442.8470-03 | MANTLE A 21MNCR CS430, MM1328289 | 755kg442.7225-03 | MANTLE A 21MNCR CH440, MM1328257 | 665kg442.8800-00 | Head nut with burning ring Tuerca con anillo de eje principal,Ecrou d'arbre principale avec bague | 83kg930.0328-00 | Omega Elastomer Coupling E120 D110mm, D120mm | 200kg
BG01116613 | SPIDER CAP | 70kg442.7988-03 | MANTLE A 21MNCR CH430, MM1328266 | 498kg442.8089-02 | MANTLE A 18MNCR CS440, MM1328230 | 1271kg442.8817-01 | Concave ring MF Cubierta exterior Enveloppe extérieure,MF M1 | 1222kg194.0575-90 | Panel mounted | 5kg
442.7009-01 | Eccentric bushing | 40kg442.9759-03 | MANTLE HC 21MNCR CH430, MM1328262 | 474kg442.8039-02 | MANTLE EF 18MNCR CH440, MM1328226 | 765kg442.8817-02 | Concave ring MF Cubierta exterior Enveloppe extérieure,MF M2 | 1222kg902.0771-001 | Main lubrication system safety valve | 5kg
442.9871-01 | BOTTOM SHELL | 1433kg442.8471-02 | MANTLE B 18MNCR CS430,  MM1328187 | 665kg442.9073-02 | MANTLE HC 18MNCR CH440, MM1328181 | 659kg442.8815-01 | Concave ring MC Cubierta exterior Enveloppe extérieure,MC M1 | 1320kg452.0684-901 | Top shell assembly | 10096kg
442.9554-01 | Topshell EC2 | 1000kg442.9759-02 | MANTLE HC 18MNCR CH430, MM1328182 | 474kg442.7225-02 | MANTLE A 18MNCR CH440, MM1328174 | 665kg442.8815-02 | Concave ring MC Cubierta exterior Enveloppe extérieure,MC M2 | 1320kg
442.6197-05 | MANTLE B | 231kg442.7989-02 | MANTLE B 18MNCR CH430, MM1328173 | 417kg442.8070-03 | MANTLE B 21MNCR CS440, MM1328138 | 1147kg442.8814-01 | Concave ring C Cubierta exterior Enveloppe extérieure,C M1 | 1207kg
442.9569-05 | CONCAVE EC | 327kg442.7988-02 | MANTLE A 18MNCR CH430, MM1328168 | 498kg442.8089-03 | MANTLE A 21MNCR CS440, MM1328137 | 1271kg442.8814-02 | Concave ring C Cubierta exterior Enveloppe extérieure,C M2 | 1207kg
442.9584-05 | Concave ring F | 535kg442.7989-03 | MANTLE B 21MNCR CH430, MM1328134 | 417kg442.8070-01 | MANTLE B 14MNCR CS440, MM1225653 | 1147kg442.8813-01 | Concave ring EC Cubierta exterior Enveloppe extérieure,EC M1 | 1274kg
442.9698-05 | MANTLE A | 290kg442.8471-01 | MANTLE B 14MNCR CS430,  MM1224784 | 665kg442.8089-01 | MANTLE A 14MNCR CS440, MM1224791 | 1271kg442.8813-02 | Concave ring EC Cubierta exterior Enveloppe extérieure,EC M2 | 1274kg
442.9584-03 | Concave ring F | 535kg442.7989-01 | MANTLE B 14MNCR CH430, MM1224584 | 417kg442.8039-03 | MANTLE EF 21MNCR CH440, MM1224740 | 765kg442.8730-01 | Piston wearing plate Placa de presion Plaque de pression | 36kg
442.8470-02 | MANTLE A 18MNCR CS430, MM1223027 | 755kg442.8039-01 | MANTLE EF 14MNCR CH440, MM1224738 | 765kg442.8732-01 | Main shaft step,Placa de presion, superior Plaque de pression supérieure | 37kg
442.8470-01 | MANTLE A 14MNCR CS430, MM1223026 | 755kg442.7225-01 | MANTLE A 14MNCR CH440, MM1224552 | 665kg452.3765-001 | Bottom shell | 6622kg
442.7988-01 | MANTLE A 14MNCR CH430, MM1222997 | 498kg442.9073-03 | MANTLE HC 21MNCR CH440, MM1224317 | 659kgBG00565178 N11852352 | BOTTOM SHELL CH/CS660 5-ARMS W/RUBBER LINING | 8297kg
442.9759-01 | MANTLE HC 14MNCR CH430, MM1222996 | 474kg442.9073-01 | MANTLE HC 14MNCR CH440, MM1224316 | 659kg452.5222-001 | PINIONSHAFT ARMLNR CH660:2 (x1 for 5-armed), BG00277273, MM1222981 | 99kg
442.9035-01 | RIM LINER XT610 1of 6 14MNCR /S3000, MM1224594 | 43kg442.7230-02 | MANTLE B 18MNCR CH440, MM1223128 | 613kg452.5227-001 | NARROW ARM LINER CH660:2 (x4 for 5-armed),  MM1222984 | 90kg
442.8451-01 | SPIDER ARM SHIELD OLD STYLE 14MNCR /S3000,  MM1224761 | 138kg442.7105-00 | HEAD NUT WITH RING, N11851695 | 50kg891.1772-901 | RUBBER LINER ASSEMBLY  BOTTOMSHELL,Wear Protection Kit,5-ARM CH/CS660, N11852488 | 200kg
442.8247-03 | CONCAVE MC 21MNCR CH430, MM1328263 | 632kg442.8075-01 | SPIDER ARM SHIELD 14MNCR CS440, MM1224762 | 230kg442.8741-01 | DUST COLLAR 452.4151,N11851438 | 278kg
452.1216-002 | CONCAVE MF 18MNCR CH430, MM1328261 | 589kg442.9164-00 | SPIDER CAP TPE /S4000, N11851532 | 306kg442.8723-00 | GEAR SET CPL  H/S6000, N11851428 | 229.4kg
442.8248-02 | CONCAVE C 18MNCR CH430, MM1328200 | 551kgBG00237121 | SPIDER BUSHING MNBR,  N11852031, 442.9408-01 | 70kg442.8761-01 | ECCENTRIC WEARING PLATE H/S6000, N11851446 | 25kg
442.8249-02 | CONCAVE EC 18MNCR CH430, MM1328199 | 616kg442.8418-03 | CONCAVE MF 21MNCR CH440, MM1328267 | 814kgBG00259473 | STEP BEARING SET (2260/2280/4075) LAPPED, N11852120 | 121kg
442.8251-02 | CONCAVE F 18MNCR CH430, MM1328172 | 583kg452.3027-003 | CONCAVE EC TOPGRIP 21MNCR CH440, MM1328258 | 784kg442.8730-01 N11851433 | PISTON WEARING PLATE | 36kg
442.8247-02 | CONCAVE MC 18MNCR CH430, MM1328171 | 632kg442.8421-02 | CONCAVE C 18MNCR CH440, MM1328240 | 845kg442.8847-901 | PINION SHAFT HOUSING ASSY  H/S6000,BG00598827 N11851950 | 350kg
442.8246-02 | CONCAVE M 18MNCR CH430, MM1328169 | 570kg442.8420-02 | CONCAVE MC 18MNCR CH440, MM1328234 | 810kg452.4222-901 | MAIN SHAFT ASSEMBLY S6000, 452.1700-901/452.1640-901 N11852162 | 4500kg
452.1216-003 | CONCAVE MF 21MNCR CH430, MM1328160 | 589kg442.8418-02 | CONCAVE MF 18MNCR CH440, MM1328233 | 814kgBG00325390 | MAIN SHAFT SLEEVE TAPERED CH/CS660 / BLOCK U.S.A.,  N11852099 | 82kg
442.8251-03 | CONCAVE F 21MNCR CH430, MM1328155 | 583kg442.8416-02 | CONCAVE EF 18MNCR CH440, MM1328219 | 829kg442.8732-01 N11851435 | MAIN SHAFT STEP | 37kg
442.8248-03 | CONCAVE C 21MNCR CH430, MM1328136 | 551kg452.3027-002 | CONCAVE EC TOPGRIP 18MNCR CH440,  MM1328180 | 784kg442.8819-03 | MANTLE A 21MNCR CH660, MM1328297 | 1192kg
442.8246-03 | CONCAVE M 21MNCR CH430, MM1328135 | 570kg442.8417-02 | CONCAVE F 18MNCR CH440, MM1328177 | 843kg442.9760-02 | MANTLE HC 18MNCR CH660, MM1328227 | 1199kg
442.8251-01 | CONCAVE F 14MNCR CH430, MM1224546 | 583kg442.8419-02 | CONCAVE M 18MNCR CH440, MM1328175 | 823kg442.8821-02 | MANTLE D 18MNCR CH660, MM1328193 | 1157kg
452.1216-001 | CONCAVE MF 14MNCR CH430, MM1224351 | 589kg442.8417-03 | CONCAVE F 21MNCR CH440, MM1328150 | 843kg442.8819-02 | MANTLE A 18MNCR CH660,  MM1328184 | 1200kg
442.8246-01 | CONCAVE M 14MNCR CH430, MM1223431 | 570kg442.8419-03 | CONCAVE M 21MNCR CH440, MM1328133 | 823kg442.8820-03 | MANTLE B 21MNCR CH660, MM1328142 | 1094kg
442.8248-01 | CONCAVE C 14MNCR CH430, MM1223019 | 551kg442.8421-03 | CONCAVE C 21MNCR CH440, MM1225664 | 845kg442.9760-03 | MANTLE HC 21MNCR CH660, MM1224576 | 1199kg
442.8249-03 | CONCAVE EC 21MNCR CH430, MM1223017 | 616kg442.8421-01 | CONCAVE C 14MNCR CH440, MM1225663 | 845kg442.9760-01 | MANTLE HC 14MNCR CH660, MM1224575 | 1199kg
442.8249-01 | CONCAVE EC 14MNCR CH430, MM1223016 | 616kg442.8416-03 | CONCAVE EF 21MNCR CH440, MM1224755 | 829kg442.8821-03 | MANTLE D 21MNCR CH660, MM1224290 | 1157kg
442.8247-01 | CONCAVE MC 14MNCR CH430, MM1222969 | 632kg442.8416-01 | CONCAVE EF 14MNCR CH440, MM1224753 | 829kg442.8821-01 | MANTLE D 14MNCR CH660, MM1224289 | 1157kg
442.8478-91 | CONCAVE RING LOWER C 21MNCR CS430, MM1328307 | 463kg442.8417-01 | CONCAVE F 14MNCR CH440, MM1224551 | 843kg442.8983-03 | MANTLE B 21MNCR CS660, MM1222976 | 1915kg
442.8477-90 | CONCAVE RING LOWER EC 18MNCR CS430, MM1328186 | 534kg442.8419-01 | CONCAVE M 14MNCR CH440, MM1223160 | 823kg442.8983-02 | MANTLE B 18MNCR CS660, MM1222975 | 1915kg
442.8477-00 | CONCAVE RING LOWER EC 14MNCR CS430, MM1223028 | 534kg442.8420-03 | CONCAVE MC 21MNCR CH440, MM1223036 | 810kg442.8983-01 | MANTLE B 14MNCR CS660, MM1222974 | 1915kg
442.8485-00 | CONCAVE SEGMENT UPPER C 14MNCR CS430, MM1328216 | 82kg442.8420-01 | CONCAVE MC 14MNCR CH440, MM1223035 | 810kgBG00395488 | TOP SHELL ASSY / RAISED ARMS CH660 (NEW STYLE), N11852331 | 4935kg
442.8484-00 | CONCAVE SEGMENT UPPER EC 14MNCR CS430, MM1328170 | 74kg442.8098-90 | CONCAVE RING LOWER C 18MNCR CS440, MM1328188 | 877kg442.8975-01 | SPIDER RIM LINER (x12) /S6800/CS660, N11851739 | 63kg
452.0274-901 | CONCAVE SEGMENT UPPER MC 14MNCR CS430, MM1224785 | 123kg452.0273-902 | CONCAVE RING LOWER MC 18MNCR CS440, MM1328156 | 893kg442.8969-00 | SPIDER S6000/BG00395422 N11851835 | 4426kg
442.8484-90 | CONCAVE SEGMENT UPPER EC 18MNCR CS430, MM1223029 | 74kg452.1955-902 | CONCAVE RING EC, STEPPED 2 18MNCR CS440, MM1328145 | 926kg452.3841-001 | SPIDER CAP CH660 (NEW STYLE) N11852332 | 340kg
452.5574-901 | Pinionshaft housing repair kit | 9kg442.8114-91 | CONCAVE RING EC 21MNCR CS440, MM1328140 | 948kg442.8977-01 | SPIDER CAP | 416kg
BG00229485 | Piston wear plate | 13kg442.8098-91 | CONCAVE RING LOWER C 21MNCR CS440, MM1328139 | 877kg452.5862-901 | SPIDER CAP DOME, TOP / CS660, S6800, N11852073 | 430kg
BG00566438 | Main Shaft Assembly Excl Mantle | 1690kg452.1972-901 | CONCAVE RING LOWER MC STEPPED 2 18MNCR CS440, MM1224765 | 836kg442.8814-03 | CONCAVE C 21MNCR CH660, MM1328299 | 1207kg
BG00395477 | Top shell assy excluding concave ring | 1755kg442.8098-00 | CONCAVE RING LOWER C 14MNCR CS440, MM1223174 | 877kg442.8813-03 | CONCAVE EC 21MNCR CH660, MM1328298 | 1274kg
452.7002-902 | Lower concave,C | 470kg442.8114-00 | CONCAVE RING EC 14MNCR CS440, MM1222987 | 948kg442.8813-02 | CONCAVE EC 18MNCR CH660, MM1328237 | 1274kg
BG00516535 | LUBE PUMP | 8kg452.1955-903 | CONCAVE RING EC, STEPPED 2 21MNCR CS440, MM1222986 | 926kg442.8817-02 | CONCAVE MF 18MNCR CH660, MM1328225 | 1192kg
442.7912-01 | Head Nut | 25kg452.1955-901 | CONCAVE RING EC, STEPPED 2 14MNCR CS440, MM1222985 | 926kg442.8815-02 | CONCAVE MC 18MNCR CH660, MM1328207 | 1320kg
442.7989-05 | MANTLE B M9 | 417kg442.8099-90 | CONCAVE SEGMENT UPPER C 18MNCR CS440, MM1225655 | 107kg442.8814-02 | CONCAVE C 18MNCR CH660, MM1328185 | 1207kg
442.8249-05 | CONCAVE EC M9 | 616kg442.8099-00 | CONCAVE SEGMENT UPPER C 14MNCR CS440, MM1225654 | 107kg442.9230-03 | CONCAVE CX 21MNCR CH660, MM1328132 | 1388kg
452.1216-005 | CONCAVE MF M9 | 589kg919.0165-00 | ACCUMULATOR EHV ACCU 24.5-330/90 | 70kg442.8815-03 | CONCAVE MC 21MNCR CH660, MM1225652 | 1320kg
442.9035-02 | RIM LINER 18MNCR | 43kgBG00395484 | Top shell excluding concave | 3100kg442.8815-01 | CONCAVE MF 14MNCR CH660, MM1225651 | 1320kg
452.6115-001 | Mantle FlexiFeed B | 449kgBG01116734 | Spider Cap | 154kg442.8817-03 | CONCAVE MF 21MNCR CH660, MM1225650 | 1222kg
452.6115-002 | Mantle FlexiFeed B | 449kgBG00579403 | Pinion Shaft Housing Assembly | 241kg442.8817-01 | CONCAVE MF 14MNCR CH660, MM1225649 | 1222kg
452.6115-005 | Mantle FlexiFeed B | 449kgBG00228541 | Step Washer | 24kg442.8814-01 | CONCAVE C 14MNCR CH660, MM1224786 | 1207kg
BG00227004 | Main Shaft Step Bearing | 24kg442.8813-01 | CONCAVE EC 14MNCR CH660, MM1224301 | 1274kg
452.0231-001 | Bottom shell | 4041kgBG00420435 | CONCAVE CX, WITH LIFTING LUGS 18MNCR CH660, MM1222999 | 1400kg
BG00570208 | Bottom Shell Assembly | 4926kg442.9071-90 | CONCAVE RING LOWER C 18MNCR CS660, MM1328212 | 2064kg
BG00566212 | Main shaft assembly excluding mantle | 2845kg442.9071-00 | CONCAVE RING LOWER C 14MNCR CS660, MM1224573 | 2064kg
BG00566233 | Main shaft Assembly including mantle | 2750kg442.9072-90 | CONCAVE RING UPPER C 18MNCR CS660, MM1328231 | 1775kg
BG00296337 | Mainshaft assembly | 3000kg442.9072-00 | CONCAVE RING UPPER C 14MNCR CS660, MM1224574 | 1775kg
442.7140-01 | Arm shield | 44kg194.0575-00 | CABINET, ELECTRICAL, N11852198 | 10kg
442.8422-01 | Bowl liner | 809kgBG00575600 | Foot assembly CH660 CS660 | 324kg
442.7259-901 | Mainshaft assembly | 2780kg442.8756 | Foot | 77kg
442.8422-02 | Bowl liner | 809kg452.4309-001 | Main shaft | 2003kg
442.8553-902 | Top shell assembly | 6520kg452.4311-001 | Head center | 2290kg
442.9664-01 | Piston | 186kg442.8738-01 | Piston | 342kg
BG00395265 | Top shell assy | 4819kg452.4865-001 | Hydroset cylinder | 255kg
442.8421-05 | CONCAVE C M9 | 845kg442.9803-00 | Gear and pinion set | 230kg
452.6444-901 | Eccentric assembly | 750kg452.4130-901 | mainshaft assembly | 5891kg
442.7230-05 | MANTLE B M9 | 613kg452.4982-901 | Foot assembly | 77kg
442.8419-05 | CONCAVE M M9 | 823kg452.4983-901 | Foot assembly | 77kg
442.8417-05 | CONCAVE F M9 | 843kg452.0820-001 | Mantle EF | 1411kg
442.8422-03 | Bowl liner | 809kg452.0832-001 | Concave EF | 1200kg
BG00420434 | Concave ring CX M1 | 1400kg
452.4297-901 | Foot Assembly | 239kg
452.4128 | ECCENTRIC ASSEMBLY | 1194kg
452.4127-00 | PINIONSHAFT HOUSING ASSEMBLY | 338kg
891.2133-901 | RUBBER LINING WALL PROTECTION KIT FOR BOTTOM SHELL | 164kg
442.4329-90 | Pump,Assembly,Lubrication | 60.4kg
BG00212915 | Main Shaft Step Bearing | 41kg
BG00213342 | Piston Step Bearing | 39kg
BG00213489 | Step washer | 45kg
452.3760-001 | Top Shell | 4855kg
452.6027-001 | Mantle | 1191kg
452.0820-002 | Mantle EF | 1411kg
891.2033-901 | Arm protection set | 360kg
BG00277273 | Narrow Arm Liner | 92kg
891.1897-901 | Conical Feed Hopper Liners EC Kit Rubber | 172kg
891.1858-901 | RUBBER LINING | 14.3kg
452.4131-901 | TOP SHELL ASSY / RAISED ARMS CH660 (NEW STYLE), N11852331 | 6865kg
442.9072-95 | CONCAVE RING UPPER M9 | 1775kg
442.9071-95 | CONCAVE RING LOWER M9 | 2064kg
442.8983-05 | MANTLE B M9 | 1915kg
442.8821-05 | MANTLE D M9 | 1157kg
442.8820-05 | MANTLE B M9 | 1094kg
442.9230-05 | CONCAVE CX M9 | 1388kg
442.8817-05 | CONCAVE MF M9 | 1222kg
442.9071-91 | CONCAVE RING LOWER Mn21Cr2 | 2064kg
442.9072-91 | CONCAVE RING UPPER C Mn21Cr2 | 1775kg
452.4224-901 | Spider assembly | 7300kg
442.9071-90 | CONCAVE RING LOWER C M2 | 2064kg

Metso HP GP Series Cone Crusher Spare Parts List:

Metso GP330Metso GP500Metso GP550Metso HP100Metso HP200Metso HP300Metso HP400Metso HP500Metso HP600Metso HP700Metso HP800Metso HP900Metso MP1000Metso MP1250Metso MP2500Metso S42x65 Gyratory crusherMetso S50x65 Gyratory crusherMetso S54x75 Gyratory crusherMetso S60x89 Gyratory crusherMetso S60x110 Gyratory crusher
MM0594667 | ECCENTRIC BUSHING | 90.65kg941536 | THRUST BEARING,GP500 & GP500S | 104.5kgMM0318508 | ECCENTRIC BUSHING | 145.59kgN90248027 | ADJUSTMENT RING ASSY, CONJUNTO DO ANEL DE AJUSTE | 670.5kg7041068006 | BOLT, LOCK | 20kg7090008015 | MAIN FRAME ASSEMBLY | 4724.6kg1093040131 | MAIN FRAME ASSEMBLY | 6808kg1093050142 | MAIN FRAME ASSEMBLY | 9828.3kgN98001024 | FEED CONE SET,STD | 104.3kg1048314310 | BOWL LINER SHORT HEAD MEDIUM | 2208kg1093080073 | HEAD ASSEMBLY | 6028kg1044180343 | HOPPER, LOWER | 156kgMM0391712 | Head sub-assembly | 9765kgMM0347687 | MAIN FRAME ASSEMBLY | 48904kgMM0350181 | COUNTERSHAFT BOX BUSHING | 78kg07-250-010-001 | BOTTOMSHELL BUSHING,65 | 438kg07-146-694-008 | BOLT, SQUARE HEAD,3.000-4UNC-2A X 17.00 | 19.6kg07-252-469-001 | BOTTOMSHELL BUSHING,75,BAM22611 | 588kg07-246-925-001 | BOTTOMSHELL BUSHING,6089 | 1043kg17-303-841-501 | PINION SHAFT ASSEMBLY,60110 S/B 17-403-274-501 WITH ENPRO SEAL P.E. | 2930.0kg
MM1011329 | TOP BEARING | 76.49kg312707 | PROTECTION BUSHING,G1315 | 66.7kg582397 | TOP BEARING | 100.97kg7090048200 | CONJUNTO DO SOQUETE | 33.3kgN65558054 | FEED CONE | 11.3kg7090248005 | ADJUSTMENT RING ASSY | 2377.6kg1093040115 | ADJUSTMENT RING ASSEMBLY | 3006kg1093050095 | COUNTERSHAFT ASSEMBLY | 776.9kgN98000551 | SEALING DEVICE SET | 97.4kg1048314349 | BOWL LINER SHORT HEAD MEDIUM | 2190kg1048517411 | MAIN FRAME LINER | 700kg1048300031 | BOWL LINER | 1177kg1057605280 | Head ball | 480kgMM0346164 | Main Frame Sub-Assembly | 44587kgMM0349235 | ECCENTRIC BUSHING | 884kg07-246-237-001 | BOTTOMSHELL BUSHING KEY,65 | 5kg17-303-538-501 | MAIN SHAFT STEP,ASSY WITH WEAR INDICATOR 65 | 89kg17-202-772-501 | DUST COLLAR,STANDARD UPPER COUNTERWEIGHT 75 | 565.2kg07-246-927-001 | KEY,BOTTOMSHELL BUSHING | 7.5kg17-303-541-501 | MAIN SHAFT STEP,WITH WEAR INDICATOR SG60110 ITALBRONZE LTDA | 347kg
MM0593668 | MAIN SHAFT ASSEMBLY | 3085.67kg495277 | RING, SEAL,G1315 495277 | 13kgMM0301237 | MAIN SHAFT ASSEMBLY | 5317.67kgN90058031 | CONJUNTO DA CABEÇA | 360kg7023508000 | BOWL | 1480kg7090018004 | COUNTERSHAFT ASSEMBLY | 355.1kgN90158038 | TRAMP RELEASE ASSEMBLY | 1576.3kgN90228024 | ECCENTRIC ASSEMBLY | 2527.7kgN85701309 | HOPPER,WITH FEED PLATFORM-ALL PRODUCT HP6 | 480kg1048724021 | SOCKET LINER | 196kg1038069733 | ARM GUARD | 152kg7055308282 | MANTLE | 1228kg1094305023 | Head stub bolt sub-assy | 332kgMM0332086 | ADJUSTMENT RING ASSY | 29755kgMM0349418 | SOCKET LINER | 1072kg07-146-694-008 | BOLT, SQUARE HEAD,3.000-4UNC-2A X 17.00 | 19.6kg17-203-250-501 | BURNING RING ASSEMBLY,5065 SUPERIOR GYRATORY MILWAUKEE BEARING &,MBM REQUOT | 45kg07-346-505-001 | ECCENTRIC WEAR RING ASSEMBLY,75 | 114kg17-303-096-501 | DUST COLLAR,LARGE UPPER COUNTERWEIGHT | 693kg07-248-909-001 | PLUG,MAINSHAFT STEP RETAINER | 37.2kg
MM0593491 | COVER | 163.28kg949618601658 | DRIVE GEAR PAIR,G15 186016+285758 | 309.5kg941536 | THRUST BEARING | 105kgN90258013 | CONJUNTO DO BOJO | 1225.5kg1022814802 | ADJUSTMENT CAP | 335.8kgN90228304 | ECCENTRIC ASSEMBLY | 1011.6kgN90018011 | COUNTERSHAFT ASSEMBLY | 593.8kg1093050067 | SOCKET ASSEMBLY | 235kgN90288052 | TOOL ASSEMBLY,HP400-500 HP6 | 20.4kg1050143800 | MANTLE, UPPER | 98kg1057612407 | THRUST BEARING, LOWER | 78kg1063437879 | BOWL ADAPTER RING | 183kg1022075736 | Eccentric bushing | 456kg1094300295 | CLAMPING CYLINDER | 23.2kgMM0395406 | BOWL LINER | 16513kg17-402-789-506 | ECCENTRIC ASSEMBLY,1.500 THROW MK-II STD UPPER CWT 4265 | 3059.5kg17-301-712-001 | HEADNUT,OUTER, OR 1 PIECE | 126kg07-350-236-001 | ECCENTRIC SUPPORT PLATE,75 | 467.2kg17-203-125-801 | COUNTERWEIGHT, UPPER,AND HARDWARE LARGE 1.81 THROW 6089 | 846.4kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM,COPPS INDUSTRIES | 11.0kg
MM0577496 | HUB ASSEMBLY | 628.67kg931467 | SETTING PISTON, | 507kg582529 | BUSHING | 99kg7004205203 | CHECK, RUBBER,.539607-45, | 5kg1020962100 | SLIDE | 9.2kg7090048101 | SOCKET ASSEMBLY | 104kg7090228301 | ECCENTRIC ASSEMBLY | 1730kg7090058016 | HEAD ASSEMBLY | 3072.4kgN55209504 | BOWL LINER,F | 2249kg1050143829 | MANTLE SHORT HEAD | 2288kg1070589855 | SHIM,THRUST BEARING | 6.1kg1063915676 | TORCH RING | 6.2kg1068868619 | Main shaft | 4420kgMM0345563 | BUSHING | 14.2kgMM0394355 | UPPER MANTLE | 1066kg07-345-013-001 | WEAR RING,ECCENTRIC 65 ITALBRONZE LTDA | 81.7kg17-202-360-001 | DUST SEAL,WITH O-RING, 1-PC 65/70 WILLSUP INC. | 25kg17-303-540-501 | MAIN SHAFT STEP,MK-II 75 ITALBRONZE LTDA,BAM22660 | 109kg17-202-903-001 | SPLASH RING,DUST COLLAR, LARGE UPRCWT 6089 | 43.1kg17-303-213-001 | HEADNUT,MACHINING 60-110 | 737.0kg
MM0523930 | BEARING, 272724 | 14.59kg186099 | LUG,G1315 | 120kg581211 | FRAME BUSHING | 89.23kgN90288019 | Tool Assembly | 56.4kg7080500423 | SUPPORT | 33kg7090058000 | HEAD ASSEMBLY | 1183kgN90048105 | SOCKET ASSEMBLY | 170kgN90258006 | BOWL ASSEMBLY | 4544kgN55309502 | MANTLE,EF/F | 1697kg1050143833 | MANTLE SHORT HEAD, MED & COARSE, S/B | 2695kg1038018752 | GUARD,STATIONARY COUNTERWEIGHT | 171kgN22300505 | DRILLED BLOCK | 10.4kg1048727628 | Socket liner | 463kg1094300295 | CLAMPING CYLINDER ASSEMBLY | 22.2kgMM0398020 | LOWER MANTLE | 14054kg17-303-084-001 | ECCENTRIC SUPPORT PLATE,65 | 253kg17-400-969-501 | BOTTOMSHELL SIDE LINER,LEFT HAND, ADJ PINIONSHAFT 65 | 120kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM,COPPS INDUSTRIES | 11kg07-345-521-001 | ECCENTRIC WEAR RING ASSEMBLY,6089 | 163kg17-202-238-001 | DUST SEAL RING,1 PIECE, 60-110,WILLSUP INC.,QTE 10/1/03 | 113.9kg
MM0521380 | BEARING, 292723 | 14.2kg285869 | THRUST BEARING,G1315 | 29kg581199 | SETTING PISTON | 493.29kg7059801000 | VERIFICADOR INFLADOR | 5kg7057500007 | GEAR BRAKE MOTOR | 63kg7090058302 | FEED PLATE ASSEMBLY | 60.7kg1093040077 | FEED CONE | 96.2kgN90148029 | PIPING ASSEMBLY, OIL | 107.5kgN12080205 | TORCH RING | 11kg1050143842 | MANTLE SHORT HEAD | 2572kg1033785794 | MAIN FRAME,MACHINING & SUB-ASSY | 18016kg7002153011 | PRESSURE LIMITER | 7.6kg1022148833 | Head bushing | 540kg1022070708 | COUNTERSHAFT BOX BUSHING | 58.2kg17-303-538-501 | MAIN SHAFT STEP,ASSY WITH WEAR INDICATOR 65 | 89kg17-400-969-502 | BOTTOMSHELL SIDE LINER,RIGHT HAND, ADJ PINIONSHAFT 65 | 120kg17-301-723-001 | HEADNUT,OUTER, 75 | 226.8kg07-346-882-002 | ECCENTRIC SUPPORT PLATE,6089 | 834.6kg07-249-039-501 | RETAINING RING,LOWER DUST SEAL, 60-110 | 697.0kg
MM1004197 | THRUST BEARING | 62.16kg949630749800 | COVER,G14-SARJA 307498 | 7.4kgMM0290376 | COVER SIDE PLATE | 245.57kg7021900200 | REVEST. DA CARCAÇA PRINCIPAL,Mainframe liner | 117.9kg7063002250 | PINION | 9kg7090258000 | BOWL ASSEMBLY | 2173.4kg1093040116 | BOWL ASSEMBLY | 2774.2kgN90288014 | TOOLS ASSEMBLY | 201.2kgN55209504-099 | BOWL LINER CASTING | 2249kg1054440226 | MAIN FRAME PIN | 25.13kg1063916952 | FRAME RING,INTERFERENCE FIT | 27.6kg1087729041 | WRENCH, LOCKBOLT | 49kgMM0344927 | Head bushing | 159kgMM0317614 | ECCENTRIC ASSEMBLY | 9700kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM | 11kg17-400-969-503 | BOTTOMSHELL SIDE LINER,LEFT HAND INTERMEDIATE 65 | 193kg17-202-361-001 | DUST SEAL,WITH O-RING, 1 PIECE 75 WILLSUP INC. BAM22617 - 442.6123-01 | 34.5kg17-303-531-501 | MAIN SHAFT STEP,WITH WEAR INDICATOR 89 | 232kg07-125-202-001 | SPRING,COMPRESSION, 5.375 DIA X 16.25 LONG | 42.2kg
MM1004069 | FRAME BUSHING | 79kg705302060400 | ROLLER BEARING,DIN5412-NU224 (G14) | 5.8kgMM0290377 | COVER SIDE PLATE | 245.57kg7022102001 | PROTEÇÃO DO BRAÇO | 20kgN66000275 | BASE PLATE | 14.8kg7090168002 | SHIM ASSEMBLY | 222.8kg1093040180 | ADJUSTMENT MECHANISM ASSEMBLY | 790kg1033785560 | MAIN FRAME | 8016kgN55309502-099 | MANTLE CASTING | 1697kg1093070190 | FEED PLATE ASSY | 221kg1048517581 | FRAME SEAT LINER,SET OF 6 | 48kgN90198830 | LUBRICATION BASE PLATE | 215kgMM0264431 | Bowl assembly, MP1000 | 23200kgMM0316879 | ECCENTRIC | 3050kg17-301-712-001 | HEADNUT,OUTER, OR 1 PIECE | 126kg17-400-969-504 | BOTTOMSHELL SIDE LINER,RIGHT HAND INTERMEDIATE 65 | 193kg17-300-838-001 | DUST SEAL RETAINER, UPPER,75 | 816.5kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM,COPPS INDUSTRIES | 11kg17-303-225-001 | SPIDER BUSHING,S/B 17-303-969-801, ALL THROW 60110 | 1761.3kg
MM1063672 | ARM GUARD | 41.38kg705302994000 | ROLLER BEARING,DIN720-30224 (G14) | 6.2kgMM0290378 | COVER SIDE PLATE | 177.44kg7022102000 | PROTEÇÃO DO CONTRAEIXO,Countershaft guard | 9.2kg7028000463 | PROTECTION COVER | 5kg7072002019 | CYLINDRIC FEED EXTENSION | 73kg1093040040 | HOPPER ASSEMBLY | 307kg1057605167 | THRUST BEARING, LOWER | 42kgN41060203 | BOLT, LOCK | 69.3kgMM0203178 | MANTLE SPECIAL HP700 SH M-SPECIAL, 086 | 2293kg1033785795 | MAIN FRAME,MACHINING | 15868kgN43800023 | STRAINER | 5kg1057605260 | THRUST BEARING | 189kg1022075736 | ECCENTRIC BUSHING | 456kg17-202-360-001 | DUST SEAL,WITH O-RING, 1-PC 65/70 WILLSUP INC. | 25kg17-400-969-505 | BOTTOMSHELL SIDE LINER,RIGHT HAND ADJ NARROW ARM 65 | 139kg07-248-267-501 | DUST SEAL RETAINER, LOWER,75 | 253kg17-202-236-001 | DUST SEAL RING,89 | 58kg17-303-229-801 | SPIDER VENT COVER,ASSEMBLY 60110 | 96.2kg
MM1070442 | COVER SIDE PLATE | 62.6kg702128586900 | THRUST BEARING CASTING,G15 285869A-G GZ-CUPB10SN | 40kg582348 | ECCENTRIC SHAFT | 395.54kg7013308500 | EIXO PRINCIPAL,Main shaft | 152kg1044180300 | FEED HOPPER, UPPER | 92kg7090288005 | TOOLS ASSEMBLY | 163.5kgN90288013 | TOOL ASSEMBLY | 182kg1038069595 | ARM GUARD | 100kgN98001025 | FEED CONE SET | 35kgMM0203180 | BOWL LINER SH HD MEDIUM SPECIAL | 2736kg1068868598 | MAIN SHAFT,FINISHED | 2227kgN80008016 | FRAME | 96kg1048519630 | MAIN FRAME LINER | 1950kgMM0298467 | COUNTERWEIGHT | 4074kg07-246-172-501 | DUST SEAL RETAINER, LOWER,65 | 102kg17-400-969-506 | BOTTOMSHELL SIDE LINER,RIGHT HAND ADJ NARROW ARM 65 | 140kg07-252-768-001 | SPLASH CURTAIN,75 | 6.5kg17-300-845-001 | DUST SEAL RETAINER, UPPER | 720kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM | 11.0kg
MM1070506 | COVER SIDE PLATE | 62.6kg186002 | FRAME, UPPER,G1315 | 3470kgMM0302905 | COUNTERSHAFT | 105.53kg7074129000 | MANCAL DE APOIO INFERIOR | 6.5kg1044180301 | FEED HOPPER, LOWER | 96kg7018307006 | MAIN FRAME | 3800kg1033781826 | MAIN FRAME | 5260kg1063915542 | FRAME RING | 12kg7065550291 | Feed cone | 32kgMM0335582 | MANTLE SPECIAL HP700 SH M-SPECIAL, 086 | 2513kg1048517584 | SEAT LINER SEGMENT | 8kg7005419218 | SQUIRREL CAGE MOTOR | 68kg1038069780 | ARM GUARD | 218kgMM0310089 | SOCKET ASSEMBLY | 868kg17-401-426-001 | SPIDER BUSHING,LUJ 65 | 391kg17-400-969-507 | BOTTOMSHELL SIDE LINER,RIGHT HAND, OPPOSITE PINIONSHAFT 65 | 140kg07-146-694-006 | BOLT, SQUARE HEAD,3.000-4UNC-2A X 22.50 PITTSBURGH WELDING,QTE | 24kg07-246-914-501 | DUST SEAL RETAINER, LOWER,89 | 419kg17-107-414-003 | PUMP ASSEMBLY,LUBE 40 GPM 460V/60 NEMA | 211.3kg
MM1070665 | COVER SIDE PLATE | 40.68kg285852 | TOP BEARING,E25/32/40 G1315 | 79.2kgMM0314182 | ARM GUARD | 102.25kg7084101513 | Frame seat liner | 8kgN55208146 | BOWL LINER,SH M | 510kg7021900301 | MAIN FRAME SHELL,MAIN FRAME LINER | 228kg1057605172 | THRUST BEARING, LOWER | 32kg1048516296 | Seat liner | 31kgN98000772 | CONICAL HOPPER SET | 522.5kgMM0341717 | MANTLE SH HD FINE | 2769kg1093085029 | ADJUSTMENT RING,SUB-ASSEMBLY | 6814kgN02150052 | PUMP | 33.2kg1094300074 | CLEARING JAK | 92kgMM0309830 | SOCKET LINER | 393kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM,COPPS INDUSTRIES | 11kg17-400-969-508 | BOTTOMSHELL SIDE LINER,LEFT HAND, OPPOSITE PINIONSHAFT 65 | 138kg17-401-413-001 | SPIDER BUSHING,LUJ 75 | 512kg07-147-372-009 | BOLT, HEXAGONAL,MACHINE BOLT 3.000"-4 UNC-2A X 21.50"LG, UNPLTD | 25kg17-303-202-001 | MPS CYLINDER BUSHING, LOWER,60-110 | 659.0kg
MM1052897 | ARM GUARD | 83.42kg949630750100 | THRUST BEARING,G14/15 307501 | 36.8kgMM0295477 | PROTECTION PLATE | 16.41kgN12030502 | Clamping ring, ANEL DE TRAVAMENTO | 148kg1050130815 | MANTLE,SH F/M/C | 429kg7013308252 | MAIN SHAFT | 520kg1038067401 | ARM GUARD | 42kg1068867278 | MAIN SHAFT | 1113kgN98000246 | DUST SEAL SET | 18.5kgMM0341718 | BOWL LINER SH HD FINE | 2145kg1061876265 | CLAMPING RING | 1381kgN86402576 | HYDRAULIC HOSE | 6.4kgMM0301295 | MAIN FRAME | 43548kgMM0367404 | HEAD ASSEMBLY | 11261kg17-107-414-001 | PUMP,LUBE, BARE W/O SKID | 65kg17-201-116-002 | SIDE LINER WEDGE,PLAIN | 9.3kg17-107-629-001 | SPIDER SEAL FILLER RING,LUJ 5475 | 10.4kg17-302-055-001 | SPIDER BUSHING,MK-II, LUJ, ALL THROWS - 89 | 981kg07-351-122-501 | MPS CYLINDER BUSHING, UPPER,60-110 | 635.5kg
MM1053606 | PROTECTION PLATE | 23.87kg949647118300 | PRESSURE PLATE,G14/15-SARJA 471183 | 38kgMM0295493 | PROTECTION PLATE | 15.38kg7081108000 | GUARDA•PÓ | 36.3kgN08010111 | BACKING COMPOUND,METSO XT BACKING, 10 KG KIT, 81065P KORROBOND | 10kg1057602250 | LOWER THRUST BEARING | 19kg1063915541 | FRAME RING | 25kgN21900353 | MAIN FRAME LINER | 555kgN98000247 | DUST SEAL SET | 8.6kg1048314345 | BOWL LINER MEDIUM (For Standard Bowl Part #20055031) | 3015kg1093070001 | CLAMPING CYLINDER | 11.7kgN90288800 | ASSEMBLY | 10kg1063916922 | FRAME RING | 36kgMM0384670 | HEAD | 9759kg17-107-492-003 | PUMP,BARE 10.2 DISPLACMENT, SAE #12 PORTS,,SAE #4 DRAIN,PARKER P/N PGM315A993VREB05-66 | 7.8kg17-402-743-001 | ECCENTRIC SLEEVE,1.50 THROW 5065 | 554kg07-248-302-001 | CONCAVE SUPPORT RING,75 | 33.6kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM,COPPS INDUSTRIES | 11kg07-346-998-501 | PISTON,STEP SUPPORT PISTON ASSY | 3358.0kg
MM1053858 | PROTECTION PLATE | 23.87kg949638376500 | THRUST BEARING,G14/15 383765 | 29.6kgMM0295505 | PROTECTION PLATE | 15.38kgN27009558 | CALÇO | 5.1kg1063917032 | BOWL ADAPTER RING | 51kg7022102502 | ARM GUARD | 30kg1048516272 | Mainframe seat liner,5PCS 1 set, N11852073 | 24kgN12504019 | ADJUSTMENT RING | 3013.5kgN98000670 | ADJUSTMENT CAP SET | 655.3kg5014-3810 | Mantle, SH, Med, Coarse | 5687kg1061877930 | ADJUSTMENT RING | 6383kgN02445735 | FILTER | 13kgMM0325218 | SEAT LINER SEGMENT SET | 333kgMM0288343 | HEAD BUSHING - UPPER | 85kg17-400-969-501 | BOTTOMSHELL SIDE LINER,LEFT HAND, ADJ PINIONSHAFT 65 | 120kg07-345-013-002 | WEAR RING,ECCENTRIC WEARING RING (CASTING) ITALBRONZE LTDA | 499kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241- 22PM,COPPS INDUSTRIES | 11kg17-107-414-026 | PUMP ASSEMBLY,LUBE 50 GPM 575V/60 NEMA | 243kg17-303-542-501 | PISTON WEAR PLATE,ASSEMBLY ITALBRONZE LTDA | 362kg
MM0577438 | PROTECTION BUSHING | 41.62kg307501A | BILLET, THRUST BEARING,G14 | 45kgMM0259100 | HEAD | 2771.77kg7088010082 | CILINDRO DE ALÍVIO | 56kgN55208146-099 | BOWL LINER CASTING | 510kg7046000000 | FRAME RING | 5.3kgN21900352 | MAIN FRAME LINER | 396kg1061875592 | CLAMPING RING | 760kgN90058061 | HEAD ASSEMBLY,STD HP6 | 2832kg4831-4348 | Bowl liner | 2169kg1054440226 | MAIN FRAME PIN | 25.1kg7005419218 | SQUIRREL CAGE MOTOR | 68kg1028563351 | CYLINDER SUB-ASSY | 41.5kg1022148833 | HEAD BUSHING - LOWER | 540kg17-400-969-502 | BOTTOMSHELL SIDE LINER,RIGHT HAND, ADJ PINIONSHAFT 65 | 120kg17-303-539-501 | PISTON WEAR PLATE,ASSEMBLY, 75 SUPERIORS | 82.6kg17-202-537-002 | FILTER, OIL,CANISTER AND DUAL FILTER ASM | 49.9kg17-500-699-005 | BOTTOMSHELL SIDE LINER,S/B 17-502-402-502, LH LOWER ADJ TO PINION 6089 | 142.9kg07-347-001-001 | WASHER, STEP,4.0" X 11.5"ID X 36.5"OD | 340.0kg
MM1006347 | MANTLE EC/C | 739kg702130750100 | THRUST BEARING CASTING,G14 307501-G G-CUPB10SN | 47.4kg582422 | PROTECTION BUSHING | 82.81kgN02445269 | ACUMULADOR | 15.5kg7047811506 | SLIDE ASSEMBLY | 85kg1048514410 | FRAME SEAT LINER | 18kg1068863509 | MAIN SHAFT | 710kgN81108010 | DUST SHELL | 124.6kgN98000489 | HEAD BUSHING SET | 194kg1093070045 | TRAMP RELEASE CYLINDER | 214kgN29201813 | DRILLED BLOCK | 12kg1094300295 | CLAMPING CYLINDER | 23.2kg1048315551 | BOWL LINER | 5989kg17-400-969-503 | BOTTOMSHELL SIDE LINER,LEFT HAND INTERMEDIATE 65 | 193kg07-252-540-001 | WASHER, STEP,65 | 97kg17-501-122-506 | BOTTOMSHELL SIDE LINER,75 FLARED | 276.7kg17-500-699-004 | BOTTOMSHELL SIDE LINER,S/B 17-502-402-501, RH LOWER ADJ TO PINION 6089 | 123.4kg17-303-214-001 | MAIN SHAFT SLEEVE,LUJ SHAFT, 60-110 | 1369.9kg
MM1029744 | CONCAVE, C | 1349kg383765A | BILLET, THRUST BEARING,G14/15 | 34.5kg582445 | SEAL | 11.07kg7090158009 | CIRCUITO DE ALÍVIO | 18kgN55208134 | BOWL LINER,STD C | 550kg7012504002 | ADJUSTMENT RING | 1830kg1061873403 | ADJUSTMENT RING | 2190kg1094280065 | CLAMPING CYLINDER ASSEMBLY | 10.8kgN98001325 | HEAD BALL SET | 144.5kg1093085016 | PRESSURE ACCUMULATOR,ASSY, 2.5 GAL - STD, #24 SAE PORT - 3000 PSI | 36kgN10600203 | COOLER | 145kgMM0369504 | ADJUSTMENT RING | 21541kgMM0355638 | MANTLE | 5464kg17-400-969-504 | BOTTOMSHELL SIDE LINER,RIGHT HAND INTERMEDIATE 65 | 193kg17-303-539-002 | PISTON WEAR PLATE,MACHINING | 82.6kg07-346-535-006 | DUST COLLAR,MACH - 74 | 565.2kg17-500-699-003 | BOTTOMSHELL SIDE LINER,S/B 17-502-401-502, LH UPPER ADJ TO PINION 6089 | 133.8kg17-202-997-001 | LOCKNUT, MAIN SHAFT SLEEVE,PLATE, 5.5 X 30.5 ID X 37.5 OD | 195.0kg
706300275000 | ELASTIC DAMPER | 9.62kg702138376500 | THRUST BEARING CASTING,G14/15 383765-G G-CUPB10SN | 35kgN11951712 | MANTLE | 1218.11kgN88100009 | HASTE DO PISTÃO | 8.5kgN55208135 | BOWL LINER,STD C | 550kg1061873757 | CLAMPING RING | 290kg1061872992 | CLAMPING RING | 533.6kg1054351501 | MAIN FRAME PIN | 10.1kgN98000490 | RING SET | 127.7kg1054268776 | CLEVIS PIN,TRAMP RELEASE CYLINDER | 8.7kgN22300505 | DRILLED BLOCK | 10.4kg1022140676 | BUSHING | 22kgMM1526485 | MANTLE LOW SH M/C/EC XT710 | 4980kg17-400-969-505 | BOTTOMSHELL SIDE LINER,RIGHT HAND ADJ NARROW ARM 65 | 139kg17-303-538-002 | MAIN SHAFT STEP,MACHINING | 95.3kg07-445-912-003 | ECCENTRIC BUSHING,1.25 THROW 5475,BAM22629 | 730kg17-500-699-002 | BOTTOMSHELL SIDE LINER,S/B 17-502-401-501, RH UPPER ADJ TO PINION 6089 | 133.8kg17-502-015-009 | MANTLE, LOWER,STANDARD 2PC, 106.0 RBD PART/CORG 60110 XT520 | 14430.0kg
MM1126450 | Head nut | 94.84kg814318607800 | MANTLE,GP500MF; S1000 | 1164kgN11951715 | CONCAVE | 1687.61kg7013355750 | CONTRAEIXO,Countershaft | 30kgN55208137 | BOWL LINER,STD M | 526kg1094280065 | CLAMPING CYLINDER ASSY | 10.8kg1061940191 | DUST SHELL | 93kg1093050058 | TRAMP RELEASE CYLINDER | 225.5kgN15656214 | HEAD BUSHING | 194kg1045376433 | COUNTERSHAFT BOX | 766kgN02154768 | RADIATOR | 64.4kg1094300295 | CLAMPING CYLINDER ASSEMBLY | 22.2kgMM0400826 | MANTLE UPR SH F/M/C/EC XT710 | 682kg17-400-969-506 | BOTTOMSHELL SIDE LINER,RIGHT HAND ADJ NARROW ARM 65 | 140kg07-244-104-004 | MAIN SHAFT STEP,CASTING, 42" SUPERIOR ITALBRONZE LTDA | 129.3kg17-402-837-001 | ECCENTRIC,MK-II 75 | 2527.9kg17-500-699-016 | BOTTOMSHELL SIDE LINER,S/B 17-502-409-501, INTERMEDIATE LOWER 6089 | 189kg17-502-015-007 | MANTLE, UPPER,PARTIALLY CORRUGATED 2PC XT520 60110 | 5103.0kg
MM1026543 | MANTLE | 900kg495349 | TORCH RING,GP500EF-MF & GP500S | 6.4kg582729 | TORCH RING | 7.34kg7063002401 | PINHÃO,Pinion | 13.5kgN55208138 | BOWL LINER,STD M | 526kg1028562625 | CYLINDER TUBE | 7.1kg1094280065 | CLAMPING CYLINDER ASSEMBLY | 10.8kgN02445272 | PRESSURE ACCUMULATOR | 31.5kgN90288047 | SEALING DEVICE SET,STD HP6 | 94.7kg1022066795 | COUNTERSHAFT BUSHING,MACHINING | 34kgN55208522 | BOWL LINER,Standard,X-Coarse,XT510 | 1389kg1094300592 | TRAMP RELEASE CYL ASSY | 326kgMM0436930 | BOWL LINER SH M (INTERMEDIATE) XT710 | 5190kg17-400-969-507 | BOTTOMSHELL SIDE LINER,RIGHT HAND, OPPOSITE PINIONSHAFT 65 | 140kg17-502-170-501 | SPIDER,SUPER, LUJ MK-II 5065 | 21704.4kg17-302-955-001 | ECCENTRIC GEAR,SPIRAL BEVEL, MK-II WITH LOWER CWT 75 | 1368kg17-500-699-014 | BOTTOMSHELL SIDE LINER,S/B 17-502-407-501, INTERMEDIATE UPPER 6089 | 133.8kg17-403-016-001 | CONCAVE SEGMENT, LOWER,7.50 OSS X 2.00 THROW MANGANESE 60110 | 273.5kg
MM1026544 | CONCAVE | 1200kg287906 | NUT,TR360X12-8H VASEN G415-G2215 | 117kgMM0257321 | head NUT | 87.4kg7090228205 | CONJUNTO DO EXCÊNTRICO | 145kgN55208143 | BOWL LINER,SH C | 498kg1093030108 | TRAMP RELEASE CYLINDER | 120.8kg1093040030 | TRAMP RELEASE CYLINDER | 212.5kg1054268776 | CLEVIS PIN | 8.2kgN98001183 | SOCKET SET,MAXI | 178.4kg1038069629 | COUNTERSHAFT BOX GUARD | 76.2kgN55208523 | BOWL LINER,Standard,X-Coarse,XT710 | 1389kgMM0310178 | ACCUMULATOR ASSY | 68kg17-400-969-508 | BOTTOMSHELL SIDE LINER,LEFT HAND, OPPOSITE PINIONSHAFT 65 | 138kg17-200-308-501 | BOTTOMSHELL HUB LINER,UPPER 65 | 47kg07-248-227-001 | ECCENTRIC GEAR KEY,75 | 10.3kg17-500-699-016 | BOTTOMSHELL SIDE LINER,S/B 17-502-409-501, INTERMEDIATE LOWER 6089 | 189kg17-403-016-002 | KEY, CONCAVE SEGMENT, LOWER,7.50 OSS X 2.00 THROW MANGANESE 60110 | 262.6kg
MM1126588 | Eccentric bushing 32/36/40 | 107kg7002125787 | HEATER,6KW-230/480V | 6kgN11951714 | Concave | 1395kg7090228106 | COUNTERWEIGHT | 162kgN55208144 | BOWL LINER,SH C | 498kg1093030107 | ROD ASSEMBLY | 39.7kgN02445271 | PRESSURE ACCUMULATOR | 31.5kg1028563422 | CYLINDER TUBE | 139kgN98001155 | ECCENTRIC ASSEMBLY | 864.5kg1062807444 | OIL FLINGER | 21kgN55208524 | BOWL LINER,Standard,X-Coarse,XT720 | 1389kgMM0345191 | COUNTERSHAFT BOX ASSEMBLY | 2970kg17-201-116-002 | SIDE LINER WEDGE,PLAIN | 9.3kg17-200-307-501 | BOTTOMSHELL HUB LINER,UPPER RIGHT HAND 65 | 68kg17-302-954-001 | COUNTERWEIGHT,LOWER 75 | 609kg17-500-699-016 | BOTTOMSHELL SIDE LINER,S/B 17-502-409-501, INTERMEDIATE LOWER 6089 | 189kg17-403-016-003 | CONCAVE SEGMENT, 2ND TIER,7.50 OSS X 2.00 THROW MANGANESE 60110 | 267.6kg
MM1102962 | Wear Plate | 7.32kg7005419188 | SQUIRREL CAGE MOTOR,BF5 112M44 4 KW | 46kgN11951717 | Concave | 1559.71kg7043358005 | EXCÊNTRICO | 94kgN55308011 | MANTLE,STD F/M/C | 482kg1037711893 | PISTON HEAD | 30kg1054268776 | CLEVIS PIN | 8.2kg1093050057 | PISTON ROD | 60kgN98000544 | THRUST BEARING SET, UPPER | 29.9kg1068636577 | COUNTERSHAFT | 241kgN55208398 | BOWL LINER,Standard,Coarse,XT510 | 1445kgMM0297430 | PINION | 367kg07-343-568-006 | DUST SEAL,COLLAR (FINISH) | 362kg17-200-306-501 | BOTTOMSHELL HUB LINER,UPPER LEFT HAND 65 | 62.6kg17-402-287-001 | BEVEL GEAR,SPIRAL BEVEL GEAR | 1607.5kg17-500-699-013 | BOTTOMSHELL SIDE LINER,S/B 17-502-406-502, LH INTERMEDIATE UPPER 6089 | 133.8kg17-403-016-004 | KEY, CONCAVE SEGMENT, 2ND TIER,7.50 OSS X 2.00 THROW MANGANESE 60110 | 256.7kg
MM1006351 | Concave, EC | 1089kg7043800008 | FILTER, | 10kgММ0316348 | Bearing | 7kg7015655250 | Eccentric bushing | 11kgN55308012 | MANTLE,SH F/M/C | 429kg1065634305 | ROD | 27kg1093040032 | CLEARING/ RELEASE CIRCUIT | 6kg1065634356 | PISTON ROD | 39kgN15607254 | ECCENTRIC BUSHING | 100.6kg1038069628 | COUNTERSHAFT BOX GUARD | 22.4kgN55208399 | BOWL LINER,Standard,Coarse,XT710 | 1445kg1022070708 | COUNTERSHAFT BOX BUSHING | 58.2kg07-343-568-008 | COLLAR CASTING,DUST SEAL, DUCTILE IRON | 578.3kg17-100-832-001 | BOTTOMSHELL HUB LINER,LOWER CENTER 65 | 40kg17-402-254-501 | COUNTERWEIGHT ASSEMBLY,LOWER | 623.7kg17-500-699-012 | BOTTOMSHELL SIDE LINER,S/B 17-502-406-501, RH INTERMEDIATE UPPER 6089 | 133.8kg07-547-219-024 | CONCAVE SEGMENT, 3RD TIER,XT610 60110 | 240.0kg
MM1051364 | Concave Medium | 1360kg706300275000 | ELASTIC DAMPER,ER. 487517-2 | 8.2kgММ0524133 | Bearing | 15kg7074129001 | Upper thrust bearing | 6kg7065558050 | FEED CONE | 10.5kg7090018003 | COUNTERSHAFT PINION ASSY | 134kg1093040031 | PISTON ROD | 54kg1068634890 | COUNTERSHAFT | 148kgN98001158 | GEAR SET | 375.3kg1093085022 | COUNTERWEIGHT,SUB-ASSEMBLY | 2253kgN55208400 | BOWL LINER,Standard,Coarse,XT720 | 1445kg1045378302 | COUNTERSHAFT BOX | 1514kg17-401-227-001 | ECCENTRIC BUSHING,1.500 THROW, 4265 | 554kg17-100-831-001 | BOTTOMSHELL HUB LINER,LOWER 65 | 60kg07-346-505-002 | WEAR RING,ECCENTRIC WEARING RING (CASTING) | 114kg17-500-699-015 | BOTTOMSHELL SIDE LINER,S/B 17-502-408-501, INTERMEDIATE LOWER 6089 | 173kg07-547-219-025 | KEY, CONCAVE SEGMENT, 3RD TIER,XT610 60110 | 236.0kg
MM1023776 | Mantle Fine/Medium Fine/Medium | 883kg582415 | Eccentric bushing | 149kgММ1035181 | Wedge pair | 365kg7035410600 | Drive Gear | 34kg7065558051 | FEED CONE | 10.5kg1022063300 | COUNTERSHAFT BUSHING | 12.6kg1065634357 | PISTON ROD | 33kg1045376019 | COUNTERSHAFT BOX | 360kgN98000241 | COUNTERWEIGHT LINER SET | 169.8kg1031143668 | ECCENTRIC | 2151kgN55208525 | BOWL LINER,Standard,Medium,XT510 | 1387kg1038069700 | GUARD | 145kg17-302-945-001 | ECCENTRIC,STD UPPER COUNTERWEIGHT MK-II 65 | 1321.8kg17-100-831-001 | BOTTOMSHELL HUB LINER,LOWER 65 | 60kg17-302-994-001 | MPS CYLINDER BUSHING, LOWER,75 | 173kg17-500-699-015 | BOTTOMSHELL SIDE LINER,S/B 17-502-408-501, INTERMEDIATE LOWER 6089 | 173kg07-547-219-022 | CONCAVE SEGMENT, 4TH TIER,XT610 60110 | 195.0kg
MM1002745 | Hub | 203kgMM1062846 | Liner | 122kg7016200106 | CONTRAPESO, Counterweight | 130kg77055208149 | BOWL LINER,SH,F | 505kg7023408201 | COUNTERSHAFT BOX | 126kg1054915521 | PISTON | 21kg1036831527 | PINION | 109kgN74129032 | THRUST BEARING, UPPER | 29.9kg1022075464 | ECCENTRIC BUSHING | 211kgN55208526 | BOWL LINER,Standard,Medium,XT710 | 1387kg1038000900 | SHIELD | 17kg17-302-958-001 | ECCENTRIC GEAR,SPIRAL BEVEL, MK-II LWR CWT 65 | 884.5kg17-402-740-501 | MAIN SHAFT,WITH PERMANENT EYEBOLT ASM | 19298.1kg07-252-462-501 | MPS CYLINDER BUSHING, UPPER,75 | 140kg17-500-699-014 | BOTTOMSHELL SIDE LINER,S/B 17-502-407-501, INTERMEDIATE UPPER 6089 | 133.8kg07-547-219-023 | KEY, CONCAVE SEGMENT, 4TH TIER,XT610 60110 | 191.0kg
MM1062739 | Liner | 162kg7022072500 | REVESTIMENTO DO CONTRAPESO | 32kg77055208121 | BOWL LINER,SH X-Fine | 390kg7022102501 | COUNTERSHAFT GUARD | 32kg1068634887 | COUNTERSHAFT | 118kg1062807442 | OIL FLINGER | 9.7kgN74129032 | THRUST BEARING, UPPER | 29.9kg1057612405 | THRUST BEARING | 89kgN55208527 | BOWL LINER,Standard,Medium,XT720 | 1387kg1062807656 | OIL FLINGER | 44.5kg17-402-286-001 | ECCENTRIC GEAR,SPIRAL BEVEL 65 | 884.5kg07-349-665-001 | NARROW ARM LINER,BOTTOMSHELL 65 | 174.2kg17-402-288-501 | MPS PISTON AND PLUG ASSEMBLY | 905kg17-500-699-014 | BOTTOMSHELL SIDE LINER,S/B 17-502-407-501, INTERMEDIATE UPPER 6089 | 133.8kg07-547-219-020 | CONCAVE SEGMENT, 5TH TIER,XT610 60110 | 184.0kg
MM1062831 | Liner | 162kg7039608500 | Socket liner | 33kg1050130813 | Mantle | 477kg7022102500 | COUNTERSHAFT GUARD | 11.3kg1036831195 | PINION | 54kg1038067481 | COUNTERSHAFT BOX GUARD | 41kgN74129032 | THRUST BEARING, UPPER | 29.9kg1086428470 | COUNTERWEIGHT | 1929kg7055208382 | BOWL LINER,Standard,Fine,XT510 | 1388kg1038067965 | GUARD | 62kg07-345-013-002 | WEAR RING,ECCENTRIC WEARING RING (CASTING) ITALBRONZE LTDA | 87kg17-200-630-001 | PINION SHAFT ARM LINER,LEFT HAND 65 | 147.4kg17-402-295-001 | MPS CLAMP PLATE,MK-II 75 | 215kg17-500-699-007 | BOTTOMSHELL SIDE LINER,S/B 17-502-403-502, UPPER 6089 | 91kg07-547-219-021 | KEY, CONCAVE SEGM, 5TH TIER,XT610 60110 | 180.0kg
MM1062725 | Liner | 143kgN82404327 | CABEÇA | 320kg71055308001 | Mantle | 482kg7033100015 | OIL FLINGER | 13kgN22102700 | COUNTERSHAFT GUARD | 80kg1038067482 | COUNTERSHAFT BOX GUARD | 53kgN98001146 | COUNTERSHAFT SET | 160kg1063917765 | COUNTERWEIGHT LINER | 324kg7055208392 | BOWL LINER,Standard,Fine,XT710 | 1413kgMM0354111 | ECCENTRIC SUB-ASSEMBLY | 5489kg17-300-182-501 | MPS CYLINDER,65, CAST | 1574kg17-200-629-001 | PINION SHAFT ARM LINER,RIGHT HAND 65 | 149kg17-402-297-501 | MPS COVER PLATE,75 | 970.2kg17-500-699-006 | BOTTOMSHELL SIDE LINER,S/B 17-502-403-501, UPPER 6089 | 92.5kg07-547-219-018 | CONCAVE SEGMENT, 6TH TIER,XT610 60110 | 181.4kg
N11951713 | Concave F | 1222kg7024950501 | Head ball | 18kg7090058013 | Head Assembly | 687kg7035912253 | HOUSING,countershaft housing cover | 12kg1022062210 | COUNTERSHAFT BUSHING | 14kg1093055002 | ECCENTRIC ASSEMBLY | 1124.5kgN98000277 | COUNTERSHAFT BUSHING SET | 44kgMM0377355 | SUBASSEMBLY,SOCKET | 218kg7055208383 | BOWL LINER,Standard,Fine,XT720 | 1430kgMM0354111 | ECCENTRIC SUB-ASSY | 5489kg17-303-539-501 | PISTON WEAR PLATE,ASSEMBLY, 75 SUPERIORS | 82.6kg17-402-738-001 | SPIDER RIM LINER,5065 SPIDER RIM LINER | 521.6kg17-303-539-501 | PISTON WEAR PLATE,ASSEMBLY, 75 SUPERIORS,BAM22637 | 82.6kg17-500-699-009 | BOTTOMSHELL SIDE LINER,S/B 17-502-404-502, LH LOWER ADJ TO NARROW 6089 | 112kg07-547-219-019 | KEY, CONCAVE SEGMENT, 6TH TIER,XT610 60110 | 177.0kg
582728 | Head nut | 90kg7015656202 | Head bushing | 25.4kgN55208148 | BOWL LINER (M) | 510kg1036833868 | PINION | 40kg1045376018 | COUNTERSHAFT BOX | 280kgN90228127 | COUNTERWEIGHT ASSEMBLY | 1399kgN98000515 | CYLINDER SET | 343.2kg1048724025 | SOCKET LINER | 196kg1048300039 | BOWL LINER,SHORT HEAD,Coarse,XT710 | 1177kg1022075736 | ECCENTRIC BUSHING | 456kg07-252-540-001 | WASHER, STEP,65 | 97kg17-402-412-001 | CONCAVE SEGMENT, LOWER,5.50 OSS X 1.50 THROW 65, XT610,WT. PER SOROCABA 12/4/12 MEASURE | 160kg07-252-533-001 | MAIN SHAFT STEP WASHER | 140.2kg17-500-699-010 | BOTTOMSHELL SIDE LINER,S/B 17-502-405-501, LOWER 6089 | 107.5kg17-502-015-014 | Standard lower part/corg 2PC 106.0 RBD | 14500kg
MM0528571 | Concave Fine | 1342kg7041068004 | PARAFUSO DE TRAVAMENTO | 8.8kg7055308003 | Mantle,SH,F/M/C | 439kg1068633366 | COUNTERSHAFT | 94kg1027471712 | COVER | 14.5kg1031143420 | ECCENTRIC | 695kgN98000282 | NUT SET | 13.9kg1073817098 | SOCKET | 222kg1048300032 | BOWL LINER,SHORT HEAD,Medium,XT510 | 1151kg1057605258 | THRUST BEARING | 202kg17-303-539-002 | PISTON WEAR PLATE,MACHINING | 82.6kg17-402-412-002 | KEY, CONCAVE SEGMENT, LOWER,5.50 OSS X 1.50 THROW 65 | 158.8kg17-202-824-001 | RETAINER,RING MPS SEAL 75 | 25.4kg17-500-699-011 | BOTTOMSHELL SIDE LINER,S/B 17-502-405-502, LOWER 6089 | 94kg17-402-984-501 | Dust collar | 2584.95kg
7080500423 | SUPORTE | 33kgN55208141 | BOWL LINER (F) - 18% Mn | 546kg7090228208 | GEAR ECCENTRIC ASSY | 437kg1062807443 | OIL FLINGER | 13.7kg1022074809 | ECCENTRIC BUSHING | 113kgN44454533 | HYDRAULIC HOSE,1"1/2 LG.1065 | 6kg1042472605 | HEAD,MACHINING | 5382kg1048300035 | BOWL LINER,SHORT HEAD,Medium,XT710 | 1151kgMM0297789 | GEAR | 1337kg17-402-844-001 | PINION SHAFT,MK-II, DIRECT & V-BELT DRIVE 65 | 242kg07-544-837-007 | CONCAVE SEGMENT, 2ND TIER,LOWER MIDDLE, XT610 | 106.6kg07-252-461-001 | BUSHING,MPS CYL BUSHING-LWR | 178kg17-500-699-008 | BOTTOMSHELL SIDE LINER,S/B 17-502-404-501, RH LOWER ADJ TO NARROW 6089 | 112kg07-446-340-001 | DUST COLLAR | 2585kg
7057500003 | CONJUNTO DO MOTOR HIDRÁULICO | 118kg7055308002 | Upper mantle,SH,EF | 345kgN90228115 | COUNTERWEIGHT ASSY | 573kg1093045000 | ECCENTRIC | 846kg1057605168 | THRUST BEARING, UPPER | 50kgN44454534 | HYDRAULIC HOSE,1"1/2 LG.1795 | 10.4kg1057612434 | HEAD BALL | 249kg7055208394 | BOWL LINER,SHORT HEAD,Medium,XT720 | 1151kgMM0350690 | COUNTERWEIGHT | 3082kg17-106-722-001 | BEARING,DOUBLE ROW TAPERED ROLLER 65 | 30.4kg07-544-837-008 | KEY, CONCAVE SEGMENT, 2ND TIER,XT610, SG4265 | 94.4kg17-202-819-001 | MPS PISTON PLUG | 6.8kg17-402-372-001 | DUST COLLAR,STD UPPER CWT, 6089 | 959kg
7028000463 | COBERTURA DE PROTEÇÃO | 5kg7055308006 | Lower mantle,SH,EF | 55kg7043358008 | ECCENTRIC | 270kg7090228112 | COUNTERWEIGHT ASSEMBLY | 885kg1036831535 | GEAR | 274kgN98000286 | MANIFOLD SET | 118kg1022147723 | HEAD BUSHING, LOWER | 302kg7055208385 | BOWL LINER,SHORT HEAD,Fine,XT510 | 1159kgMM0351618 | COUTNERWEIGHT GUARD | 626.4kg17-303-538-002 | MAIN SHAFT STEP,MACHINING | 95.3kg17-401-129-003 | CONCAVE SEGMENT, 3RD TIER,MANGANESE 65 | 83.9kg17-402-297-002 | COVER PLATE,MPS CYL COVER PLTE, MACH, W / POSITION INDICATOR | 968.9kg17-402-565-001 | ECCENTRIC,6089 SUPERIOR CRUSHER | 3842kg
7063002250 | PINHÃO | 9kgN55208136 | BOWL LINER,STD,C | 550kg1022073307 | INNER ECCENTRIC BUSHING | 49.5kg1031136180 | ECCENTRIC | 530kgN16200123 | COUNTERWEIGHT | 1210kgN98000684 | PRESSURE ACCUMULATOR SET | 6.1kg1022147711 | HEAD BUSHING, UPPER | 81kg7055208395 | BOWL LINER,SHORT HEAD,Fine,XT710 | 1159kg1094300683 | SOCKET ASSEMBLY | 837kg07-244-104-004 | MAIN SHAFT STEP,CASTING, 42" SUPERIOR ITALBRONZE LTDA | 129.3kg17-401-129-004 | KEY, CONCAVE SEGMENT, 3RD TIER,MANGANESE 65 | 70.3kg17-303-539-002 | PISTON WEAR PLATE,MACHINING | 82.6kg17-202-901-001 | ECCENTRIC BUSHING,1.812 THROW LARGE UPEPR CWT 6089,1000830668 BRONZE | 1118.1kg
7005631150 | GEAR REDUCER | 39kgN55208139 | BOWL LINER,STD,M | 526kg1057612200 | UPPER THRUST BEARING | 22kg1022074069 | ECCENTRIC BUSHING | 81kgN22072102 | COUNTERWEIGHT LINER | 188.2kgN88010103 | CYLINDER ASSEMBLY | 321kg1019559608 | BOLT, LOCK | 139kg7055208386 | BOWL LINER,SHORT HEAD,Fine,XT720 | 1159kg1094305046 | SOCKET SUB-ASSY | 474kg17-107-558-501 | PUMP ASSEMBLY,SPIDER LUBE BARREL | 40kg17-401-129-005 | CONCAVE SEGMENT, 4TH TIER,MANGANESE 5065 ONLY | 90.7kg17-402-839-001 | PINION SHAFT,MK-II 75 FOR DIRECT & V-BELT DRIVE | 270.3kg17-303-008-001 | ECCENTRIC GEAR,SPIRAL BEVEL MK-II 6089,FOR LOWER COUNTERWEIGHT | 2382.3kg
7055208001 | REVESTIMENTO DO BOJO, Bowl liner M & F | 256kgN55208140 | BOWL LINER,STD,F | 545kg1036833869 | DRIVE GEAR | 95kg1057605169 | THRUST BEARING, UPPER | 31kg1073817084 | SOCKET | 138kgN14856003 | AXLE | 8.3kg1055981161 | FEED PLATE | 82kg7055208387 | BOWL LINER,SHORT HEAD,X-Fine,XT510 | 1270kg1073818176 | SOCKET | 470kg17-107-560-001 | PUMP UNIT,SPIDER BARREL PUMPING UNIT | 16.8kg17-401-129-006 | KEY, CONCAVE SEGMENT, 4TH TIER,MANGANESE 5065 | 86.2kg17-402-287-002 | PINION,SPIRAL BEVEL PINION | 150.6kg07-246-913-001 | ECCENTRIC GEAR KEY,6089 | 11.7kg
7055308121 | Mantle | 220kgN55208142 | BOWL LINER,STD,F | 537kgN16200115 | COUNTERWEIGHT | 470kg1036803301 | GEAR | 217kg1048723201 | SOCKET LINER | 110kgMM0235244 | ACCUMULATOR, BLADDER,SB330-13A4/112US-262C (170 BAR) HYDAC | 43kg1048314346 | BOWL LINER,STD F(For use with Standard Bowl #20055033) | 2922kg1048300043 | BOWL LINER,SHORT HEAD,X-Fine | 1270kgMM0391730 | HEAD ASSEMBLY | 11344kg17-202-786-501 | PIPE ASSEMBLY,UPPER | 6.8kg17-402-748-001 | CONCAVE SEGMENT, 5TH TIER,MANGANESE 5065 | 145.2kg17-502-067-501 | PINION SHAFT HOUSING,ASSEMBLY 75 | 908kg17-303-007-001 | COUNTERWEIGHT ASSEMBLY, LOWER 89 | 1072kg
7085701300 | CAIXA DE ALIMENTAÇÃO | 90kgN50130813 | Mantle,STD,F,M,C, MM0392784 | 482kg1038018155 | COUNTERWEIGHT LINER | 103kg7016200114 | COUNTERWEIGHT | 739kg7082404310 | HEAD | 2795kgN98000484 | ADJUSTMENT RING ASSEMBLY | 3600.6kg1050143849 | MANTLE,EF,F,C,EC,STD | 3075kg7055208396 | BOWL LINER,SHORT HEAD,X-Fine | 1270kg1022148833 | HEAD BUSHING - LOWER | 540kg17-203-324-401 | ASSEMBLY DRAWING,OVERPRESSURE DUST BLOWER SMART SYSTEM PIX | 40.8kg17-402-748-002 | KEY, CONCAVE SEGM, 5TH TIER,MANGANESE 5065 | 136.1kg17-303-540-002 | MAIN SHAFT STEP,MACHINING | 96.6kg07-445-076-001 | ECCENTRIC BUSHING,1.812 THROW, STD UPPER CWT 6089 | 1156.7kg
7085728150 | TREMONHA CÔNICA | 86.3kgN55208145 | BOWL LINER,SH C | 498kg7039608251 | SOCKET | 56kg1038018156 | COUNTERWEIGHT LINER | 143kg1057605124 | HEAD BALL | 146kgN98000297 | MAIN FRAME PIN SET | 9kg1086343192 | WEDGE | 8.6kgN55308511 | Mantle,STD,X-Coar.,Coar. | 1190kg1003183980 | RING BOLT | 33.6kg17-200-308-501 | BOTTOMSHELL HUB LINER,UPPER 65 | 47kg17-303-084-002 | ECCENTRIC SUPPORT PLATE,65 | 253kg07-252-501-002 | MAIN SHAFT STEP,BRONZE CASTING MAGNOLIA METAL CORP. | 117.9kg17-402-306-001 | BEVEL GEAR,SPIRAL BEVEL GEAR 6089 | 2596.8kg
7031800010 | CHAVE DO CONTRAEIXO | 9.3kgN55208146 | BOWL LINER,SH M | 510kg7035800600 | SOCKET LINER | 47kg1073814256 | SOCKET | 101kg1022147321 | HEAD BUSHING, UPPER | 36.9kgN98001294 | CLAMPING RING SET | 460.6kg1095059940 | BACKING COMPOUND,WF ULTRA PERFORMANCE, 22LB, P/N 241-22PM | 11kgN55308512 | Mantle,STD,X-Coar.,Coar. | 1190kg1055989405 | FEED PLATE | 334kg17-200-307-501 | BOTTOMSHELL HUB LINER,UPPER RIGHT HAND 65 | 68kg17-302-999-501 | SUPPORT BRACKET,BALANCE CYLINDER 75 | 70.8kg17-203-125-501 | COUNTERWEIGHT, UPPER,ASSEMBLY, LARGE 1.81 THROW 6089 | 846.5kg
N55308122 | MANTLE | 220kgN55208147 | BOWL LINER,SH M | 510kg7082404300 | HEAD | 1050kgN35800601 | SOCKET LINER | 68kgN15655252 | HEAD BUSHING, LOWER | 134kgN27009556 | SHIM | 10.5kg1063915673 | TORCH RING | 23kgN55308513 | Mantle,STD,X-Coar.,Coar. | 1190kg1019584380 | SQ HEAD BOLT | 6.36kg17-200-306-501 | BOTTOMSHELL HUB LINER,UPPER LEFT HAND 65 | 62.6kg17-202-619-001 | BALANCE CYLINDER,AIR/OIL, 8.00 DIA BORE, 30.00 STROKE, 4.00 INLET,JOHNSON HYDRAULICS, INC. | 230.9kg17-303-074-001 | RETAINING RING,LARGE UPPER CWT, 1.81" THROW 6089 | 48.1kg
7055208003 | BOWL LINER | 255kgN55208148 | BOWL LINER,SH M | 510kg7024950500 | HEAD BALL | 60kg1057605158 | HEAD BALL | 80kg1062440044 | DRIVE GEAR | 520kgN98000802 | PINION SET | 11.1kg1048314346099 | BOWL LINER CASTING,STD FINE FOR COARSE BOWL | 2922kg7055308381 | Mantle,STD,Fine,XT510, | 1295kg1086345380 | WEDGE | 23kg17-100-832-001 | BOTTOMSHELL HUB LINER,LOWER CENTER 65 | 40kg17-402-292-501 | MPS CHECK VALVE,ASSEMBLY, 4.00, 600 PSI | 39kg07-345-521-002 | PLATE, ECCENTRIC WEARING RING,1000830664 / ACM 3040 BRONZE, SG6089,ITALBRONZE LTDA | 162kg
7055208000 | Bowl liner | 237kgN55208150 | BOWL LINER,SH F | 510kg7015656200 | UPPER HEAD BUSHING | 15kg1022147349 | HEAD BUSHING, UPPER | 28kgN57500012 | HYDRAULIC MOTOR ASSEMBLY | 80kgN98000309 | SLIDE SET | 20.3kg1020055033 | BOWL,STANDARD, HP800, PHASE 1 | 8717kg7055308387 | Mantle,STD,Fine,XT710, | 1270kg1048315551 | Bowl liner | 5989kg17-100-831-001 | BOTTOMSHELL HUB LINER,LOWER 65 | 60kg17-105-775-030 | FLANGE,4.00 PIPE, 4 BOLT SQ, SOCKET WELD, O-RING, 3000PSI,MAIN MANUFACTURING PRODUCTS P/N | 8.2kg17-303-013-001 | MPS CYLINDER BUSHING, LOWER | 263kg
7055308122 | Mantle F & EF | 222kg77055208151 | BOWL LINER,SH F | 510kg1022145975 | LOWER HEAD BUSHING | 48kg1022147350 | HEAD BUSHING, LOWER | 104kgN28000951 | PROTECTION COVER | 8kgN98000468 | DRIVE GEAR SET | 461kg1044180362 | HOPPER,COARSE BOWL,STD COARSE,MED.,FINE BOWL LINERS | 1243kg7055308384 | Mantle,STD,Fine,XT720, | 1270kg1050144053 | Mantle | 5506kg17-100-831-001 | BOTTOMSHELL HUB LINER,LOWER 65 | 60kg17-203-261-501 | PIPE ASSEMBLY,MPS COVER PLATE TO FLANGE 75 | 13.2kg17-200-841-501 | MPS CYLINDER BUSHING, UPPER,89 | 267.6kg
N90058020 | HEAD ASSEMBLY | 368kgN55208153 | BOWL LINER,SH,EF | 372kg7041068005 | LOCKING BOLT | 24kg1019559606 | BOLT, LOCK | 59kgN63002253 | PINION | 9kgN29550019 | JACK | 6kg1073057612 | BUSHING,SHEAVE, TYPE QD-P, BORED FOR 150MMD SHAFT | 41kg7055308282 | Mantle,SH,Coar.,Med. | 1228kg1063915735 | TORCH RING | 22.5kg17-401-418-501 | MAIN SHAFT,WITH PERMANENT EYEBOLT | 16231.3kg17-203-254-501 | PIPE ASSEMBLY,BALANCE CYLINDER TO FLANGE 75 | 17.4kg17-402-315-501 | MPS PISTON AND PLUG ASSEMBLY | 1800.8kg
7055208002 | Bowl liner | 246kg1048291517 | Bowl liner, medium | 479kg7065558093 | FEED CONE | 17kg1055981158 | FEED PLATE | 35kgN41060201 | BOLT, LOCK | 65kgN63002253 | PINION | 9kgN02154802 | HEAT EXCHANGER,ITT P/ N HCF-B-06048 | 49.4kg7055308388 | Mantle,SH,Coarse,Medium,SH | 1258kg1022819301 | ADJUSTMENT CAP ASSY | 2552kg17-301-737-001 | MAIN SHAFT SLEEVE,THREADED 65 | 440kg00-691-531-709 | EYE BOLT,2.00"-4.5UNC-2AX4.00-ASMEB18.15-T2- ASTMA489-UNPLTD | 8kg17-303-532-501 | PISTON WEAR PLATE,ITALBRONZE LTDA,QUOTE 9/6/02 | 230kg
7055308120 | Mantle | 215kgN02150060 | Gear pump | 15.5kg7023508200 | BOWL | 1780kg1020053002 | BOWL | 2279kg1055981159 | FEED PLATE | 54kgN63002253 | PINION | 9kgMM0215635 | BRACKET,BALL VALVE PROX SWITCH, M03470- 110 | 118kg7055308385 | Mantle,SH,Coar.,Med. | 1228kg1018780310 | WEDGE RETAINER | 7.2kg07-349-665-001 | NARROW ARM LINER,BOTTOMSHELL 65 | 174.2kg17-502-135-501 | BOTTOMSHELL,ASSEMBLY, FLARED MK-II 75 | 49627.5kg07-254-889-001 | MAIN SHAFT STEP WASHER,89 | 224kg
7090258005 | Bowl Assembly | 1525kg1022815005 | ADJUSTMENT CAP | 390kg1022815026 | ADJUSTMENT CAP | 488kgN23508202 | BOWL | 3747kgN98001132 | MAIN FRAME SET | 11242kgN02150054 | PUMP,P7500C367AXSPLNY3000ASPLNY301DVS | 77.6kg7055308383 | Mantle,SH,X-Fine,XT510, | 1313kgMM0264424 | BOWL RING | 740kg17-200-630-001 | PINION SHAFT ARM LINER,LEFT HAND 65 | 147.4kg17-501-883-501 | TOPSHELL,ASSY. FOR 5475, OR LOWER FOR 2PC 6275+ | 64410.5kg17-402-313-001 | MPS PISTON,89 | 1789.9kg
MM0904061 | Main shaft, 7013308001 | 303kg1062440045 | DRIVE GEAR | 437kg1062440048 | DRIVE GEAR | 465kgN23455510 | ADJUSTMENT CAP | 792kgN98000549 | SHAFT SET | 1141.2kg1062440052 | RING,DRIVER | 590kg7055308389 | Mantle,SH,X-Fine,XT710, | 1000kg1057951852 | PLUG #4 | 6kg17-200-629-001 | PINION SHAFT ARM LINER,RIGHT HAND 65 | 149kg17-200-290-002 | BOTTOMSHELL HUB LINER,UPPER LEFT HAND 75 | 106.6kg17-202-835-001 | MPS PISTON PLUG,89 | 9kg
7022072003 | Counterweight liner | 50kg7080500423 | SUPPORT | 33kg1010212939 | INSTALLATION SUPPORT | 74kgN85701305 | HOPPER | 212.6kgN98000555 | COUNTERWEIGHT LINER SET | 171.5kg1093085034 | HYDRAULIC DRIVE | 146kg71048300039 | BOWL LINER,SH,COARSE | 1177kg1022148525 | Head bushing | 180kg17-303-495-001 | SPIDER ARM SHIELD,ARCH SPIDER, 4265 | 1408kg17-200-290-001 | BOTTOMSHELL HUB LINER,UPPER OPPOSITE PINION 75 | 57kg17-303-532-002 | PLATE,PISTON WEAR PL MACH. 6089 FINISH MACHINE | 170.1kg
N22072003 | Counterweight liner | 50kg7057500007 | GEAR BRAKE MOTOR | 63kg1093070298 | HYDRAULIC MOTOR ASSEMBLY | 127kg1044180284 | HOPPER, LOWER | 226kgN98000329 | ARM GUARD SET | 61.4kg1037071003 | PINION,P/N 81-004-4062 | 10kg77055208392 | BOWL LINER,STD FINE | 1413kg1048315407 | Bowl liner | 4700kg07-244-052-001 | SPIDER CAP,65 | 1356kg17-200-290-003 | BOTTOMSHELL HUB LINER,UPPER RIGHT HAND 75 | 106.6kg17-303-631-005 | PISTON WEAR PLATE,RGH 89 | 240.4kg
7090058303 | Feed cone assembly | 32kg7063002250 | PINION | 9kg1020962080 | SLIDE | 10.886kgN85728303 | CONICAL HOPPER | 337.6kgN98000330 | ARM GUARD SET | 84.2kgN02480792 | PUMP,PVP41 36 L2 P | 26kg77055208403 | BOWL LINER,SH MEDIUM | 1527kgMM0264430 | Bowl assembly | 23130.67kg17-402-412-001 | CONCAVE SEGMENT, LOWER,5.50 OSS X 1.50 THROW 65, XT610,WT. PER SOROCABA 12/4/12 MEASURE | 160kg17-301-761-501 | MAINSHAFT, SLEEVE & DOWEL ASSY,LUJ 5475 | 27215.5kg07-248-798-002 | PISTON WEAR PLATE,CASTING, SG6089 | 207.3kg
7055308001 | Mantle | 494kg7028000463 | PROTECTION COVER | 5kg1044180249 | HOPPER, UPPER | 149kg1048314222 | BOWL LINER | 1767kgN21900360 | MAIN FRAME LINER | 244kgN02125717 | FILTER,F3-50P-1-05Q-E-50-PP-1 | 23.2kg7082404311 | Head center | 1686kg1022148527 | Head bushing | 180kg17-402-412-002 | KEY, CONCAVE SEGMENT, LOWER,5.50 OSS X 1.50 THROW 65 | 158.8kg17-401-446-501 | MAIN SHAFT,WITH PERMANENT EYEBOLT 5475 WITHOUT SLEEVE | 29903.1kg17-303-633-008 | MAIN SHAFT STEP,ROUGH MACH 89 | 241.8kg
1044180340 | UPPER FEED HOPPER | 141kg7055308502 | MANTLE | 1798kgN84101519 | SEAT LINER SEGMENT | 26kgMM0311336 | BOWL LINER,SH FINE | 4231kgN55308387 | MANTLE F,STD | 1270kg1059239974 | Sheave without "S" bushing, 40"OD 8V | 1088kg07-544-837-007 | CONCAVE SEGMENT, 2ND TIER,LOWER MIDDLE, XT610 | 106.6kg17-301-760-001 | MAIN SHAFT SLEEVE,LUJ THREADED 75,BAM22659 | 421kg17-402-928-503 | FLOW DIVIDER VALVE,50 GPM SPLIT FLOW ASSEMBLY | 20kg
1044180281 | LOWER FEED HOPPER | 96kg1063437875 | BOWL ADAPTER RING | 202.1kgN21900359 | MAIN FRAME LINER | 315kg48314356 | BOWL LINER COARSE (For use with Standard Bowl #20055034 & #20055033) | 2924kg1066664409 | BOWL LINER EXTRA COARSE,STD | 1389kg1073818178 | Socket | 470kg07-544-837-008 | KEY, CONCAVE SEGMENT, 2ND TIER,XT610, SG4265 | 94.4kg17-300-837-001 | SPLASH CURTAIN SUPPORT RING,75 | 18.6kg17-200-825-001 | BOTTOMSHELL HUB LINER,LEFT HAND 6089 | 155.1kg
N55208269 | Bowl Liner STD F | 736kg1063915668 | TORCH RING | 30kgN84101520 | SEAT LINER SEGMENT | 6.5kg1048314364 | Bowl liner | 4160kgN65558201 | Feed cap | 35kgMM0215157 | Counterweight assembly, Sub-assembly, 1094305008 | 3780kg17-401-129-003 | CONCAVE SEGMENT, 3RD TIER,MANGANESE 65 | 83.9kg07-354-559-001 | NARROW ARM LINER,75 | 332kg17-200-826-001 | BOTTOMSHELL HUB LINER,RIGHT HAND 6089 | 155.1kg
N55308261 | MANTLE,FINE,MEDIUM,COARSE | 780kgN22300505 | DRILLED BLOCK | 10.4kgN98000323 | SEAT LINER SEGMENT SET | 34.8kg1050143852 | Mantle | 4677kg1048300004 | BOWL LINER | 1170kgMM0201016 | Bowl liner | 5521kg17-401-129-004 | KEY, CONCAVE SEGMENT, 3RD TIER,MANGANESE 65 | 70.3kg07-354-558-002 | PINION SHAFT ARM LINER,LEFT HAND 75 | 225kg17-200-827-001 | BOTTOMSHELL HUB LINER,REAR 6089 | 89.8kg
1063914652 | TORCH RING | 5kg7002153011 | PRESSURE LIMITER | 7.6kgN55309509 | Mantle,fine,Extra fine | 1746.65kg1048314363 | Bowl Liner | 4200kg1048722905 | Socket liner | 67kgMM0325217 | SEAT LINER SEGMENT | 33kg17-401-129-001 | CONCAVE SEGMENT, 4TH TIER,OR UPPER, MANGANESE 4265 | 90.7kg07-354-558-001 | PINION SHAFT ARM LINER,RIGHT HAND 75 | 235.9kg17-401-602-501 | MAINSHAFT,LUJ, WITH PERM EYEBOLT 6089,FOR THREADED MAINSHAFT SLEEVE | 47749.6kg
1063917418 | BOWL ADAPTER RING | 65kg7086124758 | TUBE | 9.7kg77055209502 | Bowl liner,Coarse | 2030kgMM0328312 | Main frame and main shaft | 18616kg1048300005 | Bowl liner,SHD | 1200kg1031143704 | Eccentric | 3400kg17-401-129-002 | KEY, CONCAVE SEGMENT, 4TH TIER,OR UPPER, MANGANESE 4265 | 86.2kg17-402-300-008 | MANTLE,PARTIALLY CORRUGATED 73.25 RBD XT510 5475 | 7801.8kg17-302-053-001 | MAIN SHAFT SLEEVE,6089 LUJ MK-II THREADED | 837kg
7003236883 | DETACHABLE HUB PULLEY | 150kgN30165405 | MOTOR SUPPORT | 1059.2kg77055209504 | Bowl liner,Fine | 2249kg1093080217 | Eccentric assembly | 5312kg1048300007 | Bowl liner,MEDIUM | 1400kg1057605256 | Eccentric bearing | 155kg07-449-494-003 | SPIDER RIM LINER,LEFT HAND ADJ TO SPIDER ARM 5475 | 818kg17-202-036-001 | SLEEVE LOCK WASHER,MAINSHAFT 89 | 21.4kg
1080960059 | ECCENTRIC LIFTING PLATE | 79.2kg7047811525 | SLIDE ASSEMBLY | 89kg77055309501 | Mantle,Coarse | 1650kg1073049423 | Sheave bushing | 49kg77055308395 | Mantle | 1159kg1048315556 | BOWL LINER | 4619kg07-350-278-001 | SPIDER RIM LINER,CENTER 75 | 1161kg17-202-034-001 | LOCKNUT, MAIN SHAFT SLEEVE,LUJ - 89 | 98.4kg
MM0233622 | IMMERSION HEATER | 5.7kg7005419218 | SQUIRREL CAGE MOTOR | 68kgN12080212 | Torch ring | 10.9kgMM0325754 | Main frame liner | 772kg1042463505 | Head | 1745kgMM0431856 | Head | 11000kg07-449-494-002 | SPIDER RIM LINER,RIGHT HAND ADJ TO SPIDER ARM 5475 | 830.1kg17-301-590-001 | MAIN SHAFT EYE BOLT,6089 | 74.8kg
N35900142 | COVER | 6.3kg7005419218 | SQUIRREL CAGE MOTOR | 68kgN98000488 | Head Assembly | 2830kgММ0325753 | Main frame assembly | 19707kg1038067463 | GUARD COUNTERSHAFT | 77.5kg1055988675 | Feeding distribution plate | 340kg10140446000 | CONCAVE | 244kg17-301-089-001 | NARROW ARM LINER,6089 | 280kg
N84101124 | COVER | 11.4kgN29201813 | DRILLED BLOCK | 12kgN98000251 | BOWL KIT | 5150kg1059422506 | PUMP, OIL GEAR PVW-20 | 31kgN90058315 | Feed cone assembly | 81kgMM0264425 | BOWL ADAPTER RING SHORT HEAD | 729kg10140431000 | CONCAVE, SPECIAL | 200.4kg17-401-591-001 | SPIDER RIM LINER | 697.2kg
7005419218 | SQUIRREL CAGE MOTOR | 45kgN22300505 | DRILLED BLOCK | 10.4kgN55309508 | Mantle | 1706kg5014-3810 | Mantle, SH, Med, Coarse | 5687kg7090058015 | Head assembly | 1880kgMM0305775 | BOWL LINER | 6234kg10140029000 | CONCAVE,DOUBLE TIER | 456kg17-501-426-001 | SPIDER ARM SHIELD,STANDARD 6089 | 4847.915kg
N02150061 | PUMP | 25.8kgMM0250509 | COOLING FAN | 7kgN98001114 | PULLEY SET | 296kg4831-4348 | Bowl liner | 2169kg7085728300 | CONICAL HOPPER, 锥形料斗 | 208.9kg1062731757 | Locking nut | 445kg10040431900 | CONCAVE CASTING | 200.4kg07-248-700-001 | SPIDER CAP,STANDARD - 89 MACHINING | 6804kg
N29201816 | DRILLED BLOCK | 50kg1048314236 | BOWL LINER | 2292kgN98001281 | Bowl Assembly | 5770kgN12504023 | ADJUSTMENT RING | 2450kg1094300480 | Hydraulic Drive Unit Assembly | 190kg10040029900 | CONCAVE CASTING | 456kg17-301-088-002 | PINION SHAFT ARM LINER,RIGHT HAND HALF ONLY, ACM-180, SG6089 | 196kg
7005419218 | SQUIRREL CAGE MOTOR | 45kg1048314243 | BOWL LINER | 2292kgN90258405 | HEAD COMPLETE WITH STRAP AND KEY SUPPORTS | 516kgMM0200072 | Mantle | 5550kg17-400-026-006 | 54X75 Mantle two piece smooth options | 2327kg17-301-088-003 | PINION SHAFT ARM LINER,LEFT HAND HALF ONLY, ACM-180, 6089 | 196kg
N29201813 | DRILLED BLOCK | 12kg7055308501 | MANTLE | 1957kg1063437878 | BOWL ADAPTER RING | 233kgMM0236527 | MAIN FRAME ASSEMBLY | 50000kg17-400-026-016 | 54X75 Mantle two piece smooth options | 2327kg17-501-426-003 | SPIDER ARM SHIELD, Rock box XT510 | 7169.835kg
N02154081 | AIR COOLER, INSTALLATION | 80kg77055308508 | MANTLE | 1933kg1063437880 | Bowl adaptor ring | 240kg1036833302 | Eccentric Gear | 1185kg17-402-300-007 | MANTLE,PARTIALLY CORRUGATED 1 PIECE 54 75 | 7808.8kg07-346-904-001 | Hydroset cylinder bushing | 347kg
N02154760 | RADIATOR | 26kg1048314244 | BOWL LINER,STD EXTRA COARSE | 1888kg1055308282 | Mantle S.H. – 18% Mag | 1250kgMM0309147 | Bowl liner | 6028kg17-402-300-001 | MANTLE,PARTIALLY CORRUGATED 1 PIECE 54 75 XT610 | 7808.8kg07-248-798-001 | PISTON WEAR PLATE | 207.3kg
N55208263 | BOWL LINER,SH M | 775kg77055208515 | BOWL LINER,STD MEDIUM | 2090kg7002150040 | PUMP R1A6137G4A1C-198L/MIN | 48kgMM0308181 | Bowl liner | 5989kg17-402-300-002 | MANTLE,PARTIALLY CORRUGATED 1 RBD 54 75 XT610 | 7808.8kg07-445-076-002 | ECCENTRIC BUSHING | 1156.7kg
N55208264 | BOWL LINER,SH EXTRA FINE | 794kg77055208516 | BOWL LINER,STD FINE | 2074kgN98000821 | Plate power distribution | 12kgMM0305196 | Mantle | 5455kg07-445-912-001 | ECCENTRIC BUSHING,1.625 THROW 5475 | 730kg17-402-309-801 | Eccentric assembly | 8899.0305kg
77055208265 | BOWL LINER,SH,EXTRA FINE | 581kg7055208502 | BOWL LINER,STD FINE | 2074kgN80507567 | SUPPORT | 71kgMM0377324 | LUBE PUMP PLATE ASSY | 210kg07-445-912-002 | ECCENTRIC BUSHING,1.375 THROW 5475 | 730kg17-301-089-002 | Narrow arm liner | 280kg
7055208266 | BOWL LINER | 785kg77055208519 | BOWL LINER,SH FINE | 1850kgN90258018 | Bowl | 3000kg1048315412 | Bowl liner | 5672kg07-445-912-004 | ECCENTRIC BUSHING,1.00 THROW 5475 | 730kg17-501-908-002 | Upper  part/corg mantle X610 | 2427kg
77055208279 | BOWL LINER | 785kg77055208520 | BOWL LINER,SH EXTRA FINE | 1580kg1093040074 | ADJUSTMENT MECHANISM | 805kgMM0354614 | Bowl liner | 6470kg07-252-501-001 | MAIN SHAFT STEP,BRONZE CASTING MAGNOLIA METAL CORP. | 117.9kg17-501-908-006 | Lower  part/corg mantle X520 | 9728kg
7055208267 | BOWL LINER,STD COARSE | 856kg7055308506 | MANTLE | 1680kgN22102712 | Arm Guard | 45kg1094205071 | Accumulator assy | 68kg07-248-123-001 | Spider cap | 2535kg17-402-368-001 | REG CONCAVE | 175kg
N55208268 | BOWL LINER, MEDIUM, STD | 741kg7055308509 | MANTLE,SH | 1798kgN22102713 | Arm Guard | 45kg1048727626 | Socket liner | 463kg217402300021A | Mantle | 7800kg17-402-368-002 | KEY CONCAVE | 166kg
7055308258 | MANTLE,STD | 775kg77055308514 | MANTLE,EC,C(1),STD | 1925kgMM1338371 | Adjustment ring assemlby | 3200kg1080960082 | Head turning plate | 650kg17-502-013-001 | Mantle | 6387kg17-402-368-003 | REG CONCAVE | 152kg
N55208279 | BOWL LINER | 783kg77055308515 | MANTLE,EXTRA COARSE,STD | 1882kg17-502-013-002 | Mantle | 6387kg17-402-368-004 | KEY CONCAVE | 143kg
N55208280 | BOWL LINER,STD COARSE | 856kg1019559607 | LOCKING BOLT | 81kg17-502-013-003 | Mantle | 6387kg
N55208282 | BOWL LINER | 736kg7055208504 | BOWL LINER FINE,STD | 2100kg17-502-177-001 | UPPER CONCAVE SEGMENT | 215kg
N55208283 | BOWL LINER COARSE,SH | 806kgN55308516 | MANTLE,C,EC,EC(1),STD | 1881kg17-502-177-002 | UPPER MIDDLE CONCAVE SEGMENT | 235kg
N55208284 | BOWL LINER | 756kg7055208512 | BOWL LINER MEDIUM,STD | 2096kg17-502-177-003 | LOWER MIDDLE CONCAVE SEGMENT | 238kg
N55208285 | MANTLE | 766kg7055208514 | BOWL LINER COARSE,STD | 2443kg17-502-177-004 | LOWER CONCAVE SEGMENT 6.88 O.S.S. 1,25 THROW | 216kg
N55208277 | Bowl Liner,XF,M21%,SH | 581kg1066664501 | BOWL LINER COARSE (1),STD | 2367kg17-502-177-005 | UPPER CONCAVE SEGMENT | 215kg
N65558321 | feed cone | 18.1kg1066664502 | BOWL LINER COARSE (1),STD | 2367kg17-502-177-006 | UPPER MIDDLE CONCAVE SEGMENT | 235kg
N55208276 | BOWL LINER FINE HP300,SH | 793kg1048314240 | BOWL LINER EXTRA COARSE,STD | 1913kg17-502-177-007 | LOWER MIDDLE CONCAVE SEGMENT | 238kg
N55208275 | BOWL LINER MEDIUM,SH | 770kg7055208513 | BOWL LINER EXTRA COARSE,STD | 1919kg17-502-177-008 | LOWER CONCAVE SEGMENT 5,5 O.S.S, 1.25 THROW | 250kg
N55208262 | BOWL LINER COARSE,SH | 808kg1066664508 | BOWL LINER EXTRA COARSE (2),STD | 2260kg17-502-177-009 | LOWER CONCAVE SEGMENT 7.0 O.S.S, 1.62 THROW | 225kg
N55208274 | BOWL LINER COARSE,SH | 808kg7055308503 | MANTLE,FINE,STD | 1957kg17-502-177-010 | LOWER CONCAVE SEGMENT 6.0 O.S.S, 1.62 THROW | 244kg
N55308264 | LOWER MANTLE PART EXTRA FINE,SH | 593kgN55308515 | MANTLE,EXTRA COARSE,STD | 1882kg17-502-177-011 | LOWER CONCAVE SEGMENT 6.0 O.S.S, 1.00 THROW | 236kg
7055308254 | UPPER MANTLE PART EXTRA FINE,SH | 39kg7055208508 | BOWL LINER EXTRA FINE,SH | 1580kg17-502-177-012 | LOWER CONCAVE SEGMENT 6.0 O.S.S, 1.62 THROW | 244kg
N55308266 | LOWER MANTLE PART EXTRA FINE,SH | 593kg7055208518 | BOWL LINER MEDIUM,SH | 1726kg17-502-177-014 | LOWER CONCAVE SEGMENT 5,5 O.S.S, 1.62 THROW | 265kg
N55308262 | MANTLE FINE,MEDIUM,COARSE,SH | 780kg7055208517 | BOWL LINER COARSE,SH | 1760kg17-502-177-015 | UPPER CONCAVE SEGMENT | 215kg
N55308267 | MANTLE FINE,MEDIUM,COARSE,SH | 794kg1048314241 | BOWL LINER COARSE,SH | 1760kg17-502-177-016 | UPPER MIDDLE CONCAVE SEGMENT | 235kg
N55208271 | Std coarse bowl liner | 856kg7055308504 | MANTLE FINE,MEDIUM,COARSE,SH | 1804kg17-502-177-013 | LOWER MIDDLE CONCAVE SEGMENT | 238kg
N55208273 | Bowl liner | 736kgN65558252 | Feed plate | 54kg07-354-559-002 | NARROW ARM LINER,75 | 332kg
48294629 | Bowl Liner | 750kg77055208532 | Bowl liner | 2310kg07-354-558-003 | PINION SHAFT ARM LINER,RIGHT HAND 75 | 235.9kg
7055308252 | Mantle | 766kg7055208502 | Bowl liner | 2100kg07-354-558-004 | PINION SHAFT ARM LINER,LEFT HAND 75 | 225kg
77055308263 | Mantle | 766kg77055308520 | Mantle | 2100kg17-502-416-001 | UPPER CONCAVE DOUBLE TIER WX50 | 458kg
77055209253 | Bowl liner | 1062kg1093055003 | Counterweight assembly | 1378.6kg17-502-416-002 | LOWER CONCAVE DUBLE TIER 6.88 OSS X 1.25 TH WX55 | 456kg
77055308260 | Mantle | 593kgММ1318580 | TORCH RING | 30kg17-502-416-003 | LOWER CONCAVE DUBLE TIER 6.00 OSS X 1.62 TH WX50 | 483kg
77050132118 | Mantle | 620kg6391-7605 | Counterweight Guard | 142kg17-502-416-004 | SPECIAL LOWER DOUBLE TIER 6.00 OSS X 1.62 TH WX50 REDUCED CAPACITY | 490kg
77055208281 | BOWL LINER,MEDIUM | 737kg1086428322 | Counterweight | 1210kg17-502-416-005 | LOWER CONCAVEDUBLE TIER 5.00 OSS X 1.25 TH WX50 | 537kg
N55208272 | BOWL LINER,MEDIUM | 737kgN98000770 | MAIN FRAME ASSEMBLY | 10500kg17-502-416-006 | LOWER CONCAVEDUBLE TIER 7.00 OSS X 1.62 TH WX50 | 499kg
7072450024 | Adjusting ring | 1830kg1093050023 | ECCENTRIC ASSEMBLY | 2563kg17-502-416-007 | UPPER CONCAVE DOUBLE TIER WX70 | 458kg
7002150036 | PUMP, HYDRAULIC | 27kg1093050128 | Adjustment ring assembly | 4038kg17-502-416-008 | LOWER CONCAVE DOUBLE TIER 6.00 OSS X 1.62 WX70 | 483kg
N55308265 | Mantle | 766kgN90248014 | ADJUSTMENT RING ASSEMBLY | 3966kg17-502-416-009 | LOWER CONCAVE DOUBLE TIER 8.00 OSS X 1.62 WX70 | 466kg
N55205277 | BOWL LINER,SH,EXTRA FINE | 581kgN55208531 | Bowl Liner STD C | 2350kg17-502-416-010 | LOWER CONCAVE DOUBLE TIER 5.50 OSS X 1.25 WX50 | 527kg
N55208286 | BOWL LINER,SH,EXTRA FINE | 598kgN55308519 | Mantle STD | 1830kg17-502-416-011 | LOWER CONCAVE DOUBLE TIER 8.00 OSS X 1.62 WX50 | 466kg
N55208265 | BOWL LINER,SH,EXTRA FINE | 581kg1063917605 | Counterweight liner | 133kg17-502-416-012 | LOWER CONCAVE DOUBLE TIER 8.00 OSS X 1.00 WX50 | 447kg
7055208250 | Bowl liner | 800kg1061876294 | Adjustment ring | 2840kg17-502-416-013 | LOWER CONCAVE DOUBLE TIER 6.00 OSS X 1.62 WX65 | 483kg
7065558094 | Feed Cone | 18kgN90248508 | ADJUSTMENT MECHANISM ASSEMBLY | 993.3kg17-502-416-014 | LOWER CONCAVE DOUBLE TIER 6.00 OSS X 1.62 WX60 | 483kg
6391-5547 | Frame ring | 6.4kgN12504022 | ADJUSTMENT RING | 3048.2kg07-449-490-001 | SPIDER ARM SHIELD | 1482kg
1062807491 | Oil flinger | 14kgN90408006 | DRIVE GEAR | 700kgA2-88455 | Hub liners | 224kg
7055208259 | BOWL LINER | 1042kgMM1370518 | Bolt,Locking,Mantle | 63kg17-502-207-001 | Lower corrugated mantle | 6721kg
MM0905715 | ADJUSTMENT RING ASSEMBLY | 1857.09kgN55308514 | MANTLE STD C/EC | 1886kg17-502-207-003 | Lower corrugated mantle | 6721kg
1061871854 | Adjustment ring | 1771kg17-502-207-005 | Lower corrugated mantle | 6721kg
7016200102 | Counterweight-N16200115 | 470kg17-502-207-002 | Upper corrugated mantle | 2168kg
N90058056 | Head assembly | 1102.4kg17-502-207-004 | Upper corrugated mantle | 2168kg
MM0904069 | Main shaft | 540.98kg17-502-207-006 | Upper corrugated mantle | 2168kg
1048722782 | Socket liner | 43kg07-547-556-001 | Regular concave (upr) | 191kg
N55208281 | BOWL LINER,  MEDIUM | 740kg07-547-556-002 | Key concave (upr) | 183kg
MM1318244 | Torch ring | 6kg07-547-556-003 | Regular concave (mid) | 200kg
7002445608 | ACCUMULATOR | 11kg07-547-556-004 | Key concave (mid) | 186kg
MM1601135 | Bowl liner | 888kg07-547-556-005 | Regular concave (4th) | 191kg
MM1598925 | Bowl liner, STD-XC | 789kg07-547-556-006 | Key concave (4th) | 183kg
7085728250 | CONICAL HOPPER | 200kg07-547-569-001 | Concave segment - lower middle | 177kg
07-547-569-002 | Key concave segment - lower middle | 169kg
07-547-569-003 | Concave segment - lower middle | 181kg
07-547-569-004 | Key concave segment - lower | 172kg
07-547-569-005 | Concave segment - lower middle XT710 | 177kg
07-547-569-006 | Key concave segment - lower middle XT710 | 169kg

FAQ: Frequently Asked Question about Cone Crusher

1. Who invented cone crusher?

The cone crusher was first invented in the United States by the Symons brothers of Milwaukee in the 1920s, hence the name "Symons cone crusher." The Symons brothers are credited with being the first designers and inventors of the spring cone crusher. The greatest advantages of the Symons brothers' cone crusher lie in its durability and simplicity, with only nine moving parts. After years of research and development, the spring cone crusher has become one of the most efficient and widely used crushing equipment. Its structure consists of an eccentric sleeve inserted into the main shaft, which drives the rotating cone to oscillate, causing the ore and rock to be continuously compressed and bent within the crushing chamber. Since then, the cone crusher has continued to develop, and in 1948, the American company Allis Chalmers first introduced a bottom-mounted single-cylinder hydraulic cone crusher.

2. What are the common failures of cone crusher bottom shell? how to Prevent?

1. Fatigue Cracking
Fatigue cracking happens when the cone crusher shell is under repeated cyclic loading—this is common because crushers work in cycles of compression and release, with typical cyclic forces ranging from 500 to 3,000 kN for industrial models. Over time, these repeated stresses create small cracks (usually starting at welds or castings’ weak points) that grow and can split the shell. To fix this, experts first choose the right alloys: high-tensile cast steel like ZG270-500 (with a yield strength of ≥270 MPa) is better than regular steel because it handles cyclic stress 30% longer. They also use Finite Element Analysis (FEA) during design—this computer tool simulates where stress builds up (e.g., the bottom shell’s discharge zone) and adjusts the shell’s shape (like adding fillets to sharp edges) to cut peak stress by 25–40%.

2. Bore Wear
Bore wear (wearing down of the socket liner seat’s inner hole) usually gets worse from two main issues: misalignment or poor lubrication. If the shell’s bore isn’t perfectly aligned with the eccentric bushing (even a 0.1 mm misalignment), the two parts rub unevenly—this can speed up wear by 50% compared to aligned setups. Lubrication failure is just as bad: if the oil port clogs and the bore doesn’t get enough ISO VG 46 lubricating oil, friction between the bore and liner increases, wearing the bore’s surface down by 0.5–1 mm every 1,000 operating hours. Experts recommend two key steps: check the bore’s condition every 800 hours (using a bore gauge to measure wear—replace the shell if wear exceeds 2 mm) and do laser alignment checks every 6 months (laser tools ensure alignment within ±0.05 mm, which keeps wear slow and steady).

3. Corrosion/Pitting
Corrosion and pitting (small holes on the shell’s surface) happen when moisture, rain, or acidic ores (like copper or iron ore with pH < 6) react with unprotected steel. In high-humidity mines (where humidity stays above 75%), a plain steel shell can start showing rust in 2–3 weeks, and pitting can go 1–3 mm deep in 6 months—this weakens the shell and makes it more likely to crack under load. To prevent this, experts suggest using anti-corrosion coatings in these environments. For example, a zinc-rich epoxy coating (with 85% zinc content) forms a protective layer that stops moisture from touching the steel—this can make the shell’s corrosion resistance 3–4 times better than uncoated steel. For extra protection in acidic ore plants, add a top coat of polyurethane (PU) paint—it resists acid splashes and keeps the zinc layer intact for 5–7 years.

3. What are the cone crusher main frame Inspection & Maintenance best practices?

1. Monthly Checks: 
Monthly inspections are critical for catching early signs of shell damage—skipping them can lead to unplanned downtime (which costs $5,000–$20,000 per day for industrial crushers). Here’s what experts recommend, with precise steps and benchmarks:

Measure bore tolerances: Use a digital bore gauge to check the socket liner seat’s inner diameter. The ideal tolerance for most models (e.g., Sandvik CH895i, Metso HP500) is ±0.05 mm—if tolerance drifts beyond ±0.15 mm, the bore will misalign with the eccentric bushing, accelerating wear by 40%. Record measurements each month; a sudden 0.08 mm+ change means there’s hidden wear (e.g., from a damaged liner).

Inspect for cracks with dye-penetrant testing (DPT): DPT is the gold standard for finding tiny surface cracks (as small as 0.02 mm) that eye checks miss—critical because a 1 mm crack can grow to 10 mm in 2–3 weeks under cyclic load. Clean the shell’s surface first (remove oil/rust with a wire brush), apply penetrant (leave 10–15 minutes), wipe excess, and spray developer. Any red lines indicate cracks—if cracks are longer than 5 mm or deeper than 2 mm, repair the shell (via welding with matching alloy rods) or replace it immediately.

Verify lubrication flow rates: Use the oil system’s flow meter to check if oil reaches the shell’s lubrication ports at the correct rate (typically 5–20 L/min, depending on crusher size). A flow rate 30% below the manufacturer’s spec (e.g., 3.5 L/min instead of 5 L/min) means the bore and bearings aren’t getting enough oil—this increases friction and can wear the shell’s inner surface by 0.3 mm per month. Also, check oil temperature (should stay 40–60°C); over 65°C means the oil is breaking down, even if flow is normal.

2. Liner Replacement:
Replacing only one component like a worn socket liner without the eccentric is a common mistake that shortens the shell’s life by 50%. Here’s why matched sets matter, plus expert replacement steps:

Why matched sets are non-negotiable: The socket liner, eccentric bushing, and counterweights are engineered to work together with precise clearances 0.1–0.2 mm. If you mix old and new parts—for example, a new liner with a 6-month-old eccentric—the clearances become uneven. This causes “point loading” stress concentrated on 10–15% of the shell’s bore instead of 100%, leading to localized wear or fatigue cracks in 3–4 months. For example, a Metso GP100 crusher’s matched set (liner + eccentric + counterweights) is calibrated to distribute stress evenly across the lower frame mixing parts can push stress peaks to 3,500 kN which is well above the shell’s 3,000 kN max capacity.

Expert replacement tips: First, clean the shell’s bore with a solvent to remove old oil and debris even a 0.1 mm layer of dirt can throw off alignment. Then, use a torque wrench to fasten the new liner to the bore (follow manufacturer torque specs: e.g., 800 N·m for Sandvik CH series). After installation, check the eccentric’s runout with a dial indicator—should be ≤0.03 mm. Finally, test-run the crusher at 50% load for 30 minutes; if you hear grinding or feel excessive vibration, stop and recheck the set’s alignment.

3. Oil System Maintenance: 
Contaminated oil (with dirt, metal shavings, or water) causes 60% of bottom shell failures—here’s how to maintain the oil system like an expert:

Monitor oil filters and pressure gauges daily: Check the pressure gauge (normal range: 0.3–0.6 MPa) when starting the crusher. A sudden pressure drop (e.g., from 0.5 MPa to 0.2 MPa) means the filter is clogged—replace it within 2 hours to avoid oil starvation. For spin-on filters, use only OEM or ISO 4406 Class 18/16/13-rated filters (these trap particles as small as 4 μm; cheaper filters let 10 μm+ debris pass, which scratches the shell’s bore).

Test oil quality monthly: Send a 50 mL oil sample to a lab for analysis—key metrics to check:

Particle count: Should be ≤10,000 particles (≥4 μm) per mL; over 20,000 means the system is dirty (flush the oil tank and replace hoses).

Water content: ≤0.1% (by volume); over 0.2% causes rust in the shell’s bore—add a water-removing additive or drain/replace the oil.

Viscosity: Should stay within ±10% of the original ISO VG rating (e.g., 41.4–50.6 cSt for ISO VG 46 oil); if it’s too thin (e.g., 35 cSt), the oil can’t form a protective film, leading to metal-on-metal wear.

Change oil every 2,000–2,500 operating hours: Even with clean filters, oil degrades over time (additives break down, viscosity drops). Always use the manufacturer-recommended oil (e.g., Shell Omala S4 GX 46 for Telsmith crushers)—mixing oil brands can cause chemical reactions that form sludge, which clogs lubrication ports and damages the shell.

4. Shoud I choose a OEM manufacturer or aftermartket for cone crusher bottom/top shell?

Choose OEM if: Your crusher runs 24/7, processes hard/abrasive materials likegranite, basalt, or is a high-capacity model ≥500 tph. The higher upfront cost is offset by longer service life 12,000+ hours and lower downtime—for a 24/7 mine, OEM shells typically lower TCO by 15–20% over 3 years compared to risky aftermarket parts.

Choose Aftermarket if: Your crusher operates intermittently (≤12 hours/day), processes soft materials (e.g., limestone, gypsum), and you can verify the supplier’s technical credentials (MTRs, laser scanning reports, WPS). Opt for aftermarket suppliers that specialize in your crusher brand (e.g., suppliers focusing on Sandvik or Metso parts) —they’re more likely to match OEM specs than general-purpose manufacturers.

1. OEM Bottom Shells:
Guaranteed Compatibility and Durability for High-Demand Scenarios
OEM bottom shells are engineered as “original matching components” for specific crusher models (e.g., Metso Nordberg HP500, Sandvik CH895i) and come with technical guarantees that directly reduce operational risks. Here’s why they remain the first choice for high-load or continuous-operation scenarios, backed by key data:

100% Compatibility & Precise Dynamic Alignment: OEM shells are designed with the same 3D models and manufacturing tolerances as the original crusher—typically holding dimensional accuracy of ±0.05 mm for critical mating surfaces (e.g., the socket liner seat and eccentric bushing interface). This precision ensures the bottom shell integrates seamlessly with other OEM parts (e.g., main shaft, adjustment ring), maintaining the crusher’s optimal dynamic performance: for example, a Sandvik OEM bottom shell for the CH895i keeps the moving cone’s orbital path deviation ≤0.03 mm, which preserves a 4:1–6:1 reduction ratio and cuts oversize product rates by 8–12% compared to misaligned setups.

Tested Metallurgical Performance: OEM shells undergo rigorous material validation and load testing before market release. For instance, Caterpillar OEM bottom shells use ZG270-500 cast steel that’s certified to meet ASTM A216 WCB standards—with a minimum yield strength of 270 MPa and impact toughness of ≥27 J at -20°C. They also pass 1,000+ hours of cyclic load testing (simulating 3,000 kN peak crushing forces) to ensure no fatigue cracks form. This translates to a typical service life of 12,000–15,000 operating hours for OEM shells in hard rock applications—30–40% longer than untested aftermarket parts.

Reduced Unplanned Downtime: For crushers running 24/7 (e.g., large-scale mines), unplanned downtime due to a failed bottom shell can cost $8,000–$25,000 per day (including labor, lost production, and emergency part delivery). OEM shells minimize this risk: most OEMs offer a 12–24 month warranty (covering material defects and premature wear) and provide technical support for installation—ensuring the shell is fitted correctly the first time. For example, Telsmith’s OEM bottom shell for the 52 SBX model includes a pre-installation alignment guide that cuts fitting time by 50% and eliminates rework due to misalignment.

2. Aftermarket Bottom Shells: 
Aftermarket bottom shells can reduce upfront costs by 20–40% compared to OEM parts—making them attractive for budget-conscious operations or crushers in low-intensity use. However, not all aftermarket parts meet OEM standards, and skipping technical verification can lead to premature failures that ultimately increase TCO. Experts recommend three non-negotiable checks to ensure aftermarket shells perform reliably:

Material Certification: ISO 3755 & Beyond: The foundation of a durable bottom shell is high-quality cast steel—so always request a material test report (MTR) that confirms compliance with ISO 3755 (the international standard for carbon and carbon-manganese cast steel for general engineering). Key metrics to verify include:

Chemical composition: Carbon content (0.20–0.30% for ZG270-500) to ensure strength without brittleness; manganese (1.20–1.60%) to enhance impact resistance.

Mechanical properties: Tensile strength (≥480 MPa) and elongation (≥22%)—values below these indicate substandard steel that will wear 2x faster under cyclic load.

Non-destructive testing (NDT): Ask for ultrasonic testing (UT) reports to confirm no internal porosity (≤1% by volume) or inclusions—these hidden flaws are the main cause of sudden shell cracking under high pressure.

Dimensional Precision: Laser Scanning & OEM Tolerance Matching: Even if the material is correct, poor dimensional accuracy will ruin performance. Reputable aftermarket suppliers use laser scanning (with ±0.02 mm accuracy) to reverse-engineer OEM bottom shells, ensuring critical features match OEM specs:The socket liner seat’s inner diameter (e.g., 450 mm for a Metso GP100) must be within ±0.05 mm of the OEM value—any deviation beyond ±0.1 mm will cause the eccentric bushing to rub unevenly, wearing the shell’s bore at a rate of 0.5 mm per 1,000 hours.
The bottom shell’s mounting hole positions (for attaching to the crusher base) must align with OEM templates—laser alignment checks should show hole center deviation ≤0.03 mm to avoid bolt stress and shell warping.

Welding Process Control: Minimizing Residual Stress: For modular aftermarket shells (split into 2–4 sections for transportation), welding quality directly impacts fatigue life. Require the supplier to provide a welding procedure specification (WPS) that follows AWS D1.1 (American Welding Society) standards, including:Pre-weld heating (600–650°C for ZG270-500 steel) to reduce heat input and prevent cold cracking.

Post-weld heat treatment (PWHT): Holding the shell at 620°C for 4 hours, then cooling at 50°C/h—this reduces residual stress by 80% or more, a critical step to avoid premature fatigue (untreated welds can develop cracks in as little as 2,000 hours of operation).
Weld inspection: Dye-penetrant testing (DPT) of all welds to check for surface cracks—any crack longer than 3 mm means the weld needs reworking.

5. What is a crusher and why is it important in mining and mineral processing?

A crusher is a machine that reduces large rocks into smaller rocks, gravel, sand, or rock dust. This step is very important because smaller material is easier to move on conveyors and to process in the plant. Crushing is usually the first step in separating valuable minerals from waste rock (gangue). The waste may be thrown away or sometimes recycled, while the mineral-rich material goes on for further processing.

Different crushers are used depending on the hardness, size, and properties of the material. The basic working principle is simple: the feed material is squeezed between two solid surfaces, and strong mechanical force breaks or deforms the rock.

Crushers are usually classified by stages:
Primary crushers handle big, coarse rocks (up to 1–1.5 meters).
Secondary crushers take the smaller feed from primary and reduce it further.
Tertiary and quaternary crushers make very fine particles (often <5 mm), useful for sand, aggregates, or mineral liberation.

Most crushers also send their output to a screening machine, which sorts the material by size before the next processing step. In many plants, after crushing, the material is further ground in mills (like ball mills or vertical mills) to reach the required fineness.

For example, a large jaw crusher can handle feed up to 1500 mm and produce output around 150–300 mm, while cone crushers or impact crushers may reduce this further down to just a few millimeters.

6. What are the 4 types of cone crusher?

Cone crushers have four main types tailored to different needs. Symons cone crushers, with spring protection, suit small-to-medium mines’ medium-fine crushing of materials ≤300MPa (20-500 t/h). Single-cylinder hydraulic ones (mainstream now) boost efficiency by 15-25% for hard rock (≤350MPa, 50-1500 t/h). Multi-cylinder hydraulic models handle ultra-hard materials (≥350MPa, 500-2500 t/h) with high stability. Gyratory crushers, for coarse crushing, process large ore (1000-10000 t/h) in big mines. Model selection depends on crushing stage, material hardness and capacity.

1. Symons cone crusher
The first is the Symons cone crusher. Designed by the Symons brothers in the early 20th century, this traditional model features a spring safety device and a compound pendulum motion of the moving cone, making it a typical example of a "standard" cone crusher. Its main shaft is fixed to the top of the frame. As the eccentric sleeve rotates around the main shaft, it drives the moving cone in a "rotational pendulum" motion—both orbiting around the main shaft and rotating on its own axis. Material is crushed by compression and bending within the "V-shaped crushing chamber" formed by the fixed and moving cones. The key function of the spring device is overload protection: when encountering uncrushable objects such as iron blocks, the spring compresses, temporarily retracting the moving cone. Once the foreign object is expelled, it automatically resets, preventing damage to core components. This type of crusher features three crushing chambers: coarse crushing (C chamber), secondary crushing (M chamber), and fine crushing (F chamber). They handle particle sizes ranging from 10 to 300 mm, with a typical capacity of 20 to 500 t/h. They are suitable for medium-hard materials with a hardness of ≤300 MPa, such as limestone, iron ore, and granite. They are currently widely used in secondary crushing in small and medium-sized mines and in construction aggregate production lines. Their simple structure and low maintenance make them highly practical in small and medium-capacity applications.

2. single-cylinder hydraulic cone crusher
The second type is the single-cylinder hydraulic cone crusher, first invented by the American company Allis Chalmers in 1948. It has now become a mainstream model in the mining and aggregate industries. Its core upgrade lies in replacing the traditional spring mechanism with a single-cylinder hydraulic system at the bottom, providing both overload protection and discharge opening adjustment. The hydraulic cylinder directly supports the movable cone assembly. As the eccentric sleeve drives the cone's rotation, the cylinder adjusts the cone's position in real time. This hydraulic system not only allows for remote adjustment of the discharge opening (without stopping the machine, within an adjustment range of 5-50mm) to accommodate varying particle sizes, but also relieves pressure when encountering uncrushable material, allowing the cone to descend. Once the foreign material is expelled, the pressure automatically increases and resets, significantly enhancing operational flexibility and equipment safety. Compared to the Simmons model, the single-cylinder hydraulic cone crusher utilizes a "laminated crushing principle," whereby the material is repeatedly compressed within the crushing chamber, resulting in a more cubic particle shape and a 15-25% increase in crushing efficiency. It also offers a higher degree of automation, integrating a PLC system to monitor key parameters such as oil temperature, pressure, and discharge opening size in real time. Typical models include the Metso Nordberg GP100 (230 t/h capacity) and Sandvik CH895i (650 t/h capacity). These are suitable for 24/7 operation in large mines and for fine crushing in aggregate production lines. They can process hard rock with a hardness of ≤350 MPa, such as basalt and quartzite.

3. Multi-cylinder hydraulic cone crusher
The third type is the multi-cylinder hydraulic cone crusher, designed for "extra-hard materials and ultra-high capacity." This high-end model features a top multi-cylinder hydraulic system and an optimized laminated crushing chamber, resulting in high crushing force, low wear, and a long life. Unlike single-cylinder models with bottom-supported hydraulic cylinders, these crushers utilize three to six hydraulic cylinders arranged circumferentially around the top of the frame. Cylinder pressure stabilizes the fixed cone (adjustment ring) and provides overload protection. The moving cone is still driven by an eccentric sleeve, but the crushing chamber is 20-30% deeper than single-cylinder models, allowing the material to reside longer within the chamber, resulting in more complete, layered crushing, reduced over-crushing, and improved product uniformity. These crushers can achieve a crushing force of 5,000-10,000 kN, 1.5-2 times that of single-cylinder models. They handle particle sizes from 5 to 200 mm and have a production capacity of 500-2,500 t/h. They are suitable for handling extremely hard materials with a hardness of 350 MPa or higher, such as diamond ore, nickel ore, and hard granite. Typical applications include secondary or tertiary crushing in large open-pit and underground mines, such as the secondary and tertiary crushing stages of iron and copper ore after primary crushing. These require equipment with high reliability and low maintenance. Models such as the Metso Nordberg HP500 (550 t/h capacity) and Sandvik CS440 (800 t/h capacity) can achieve over 10,000 hours of continuous operation without major failures, meeting high-load production demands.

4. gyratory crusher
The fourth type is the gyratory crusher. Although often classified as a derivative of the cone crusher, its structure and application are highly specialized, used exclusively in primary crushing and suitable for projects requiring ultra-large feed sizes and ultra-high production capacities. The core difference lies in its funnel-shaped crushing chamber and its long-axis movable cone. The main shaft is vertically arranged, its top fixed to the frame crossbeam, and its bottom inserted into an eccentric sleeve. The movable cone is long and conical, rotating slowly around the main shaft (at a speed of only 80-150 rpm, far lower than the 800-1200 rpm of other cone crushers). Material enters through a large top feed opening (typically 500-1500 mm) and is initially crushed in the gap between the movable cone and the fixed cone (on the inner wall of the frame), resulting in a discharge size of 100-300 mm. The greatest advantages of this type of crusher are its large feed size (capable of handling ore over 1.5 m in diameter), high production capacity (1,000-10,000 t/h), and high crushing ratio (typically 5:1-8:1). This makes it the only choice for primary crushing in large mines, replacing jaw crushers for handling oversized materials. Typical models include the Metso Nordberg G1000 (capacity 10,000 t/h) and Sandvik CG800 (capacity 8,000 t/h), which are mostly used in coarse crushing plants in large iron, coal, and non-ferrous metal mines. They require heavy feeding equipment such as apron feeders and have high requirements for foundation bearing capacity (a single machine can weigh up to 100-500 tons).

7. How does a cone crusher work? The Working principle

Feed from a feed hopper is fed into a large opening at the top of the cone crusher. The feed then falls under gravity and enters the crushing chamber, where it is crushed between the mantle (the movable crushing liner mounted on the cone) and concaves (the stationary liners fixed inside the upper casing). As the feed moves toward the crusher’s drive end, repeated crushing actions reduce its size gradually-larger particles are broken down first, and smaller pieces continue moving downward toward the drive end. After passing through the full crushing process, the final product—now reduced to a significantly smaller size (typically matching the crusher’s closed side setting)—is discharged through an opening in the bottom shell.

Gyratory Crusher Operation
The crushing action of a gyratory crusher comes from the oscillation (or throw) of the mantle liner (attached to the long, vertical cone) and the fixed concave liners (installed inside the upper casing). These two components form the crusher’s working surfaces, as all material crushing occurs between them. The width of the discharge opening directly determines the final product size: to adjust the product size, operators raise or lower the upper casing—this changes the gap between the mantle and concaves. Raising the concaves (also called bowl liners) increases the gap, resulting in larger output particles; lowering the concaves narrows the gap, producing finer products.

Since the mantle moves with eccentric motion, the gap between the mantle and concaves is never equal on both sides at any given time. When one side has the widest gap (known as the Open Side Setting, OSS), the opposite side has the narrowest gap (called the Closed Side Setting, CSS). Both settings are critical for defining product size: OSS represents the largest possible output particle size, while CSS represents the smallest. Their relationship follows the formula: OSS = CSS + Throw (where “Throw” is the maximum distance the mantle swings, usually 12–25 mm for industrial models).

Eccentric Motion & Drive System
The eccentric motion that powers the mantle comes from the lower eccentric bushing and drive arrangement at the bottom of the main shaft. The drive system works as follows: an electric motor powers the countershaft (supported by pinion bearings), and an external gearbox or belt drive reduces the motor speed to match the crusher’s operational needs—typical crusher speeds range from several hundred rpm up to approximately 1,000 rpm (gyratory crushers run slower, at 80–150 rpm). In some designs, a clutch system is added to absorb shock from uncrushable materials. The pinion gear on the countershaft meshes with the crown gear (or eccentric gear), which drives the rotation of the lower eccentric bushing.

The inner surface of the eccentric bushing is machined off-centre from the crusher’s central axis. As the bushing rotates, the lower end of the main shaft swings in an elliptical orbit around the crusher’s centreline. This movement causes the gap between the mantle and concave liners to open and close with each shaft rotation. Notably, the mantle’s movement is minimal at its upper end (to guide feed smoothly) but increases as the feed falls lower—this rising throw also boosts crushing force, ensuring effective breakdown of even hard materials (e.g., granite, basalt) as they move deeper into the chamber.

Post-Crushing Discharge & Supporting Systems
After being crushed, the material falls into the bottom shell assembly and is discharged onto a product conveying system (such as a conveyor belt) for further processing. This processing may include additional crushing stages (secondary, tertiary, or quaternary), milling, or beneficiation steps—depending on the final product requirements (e.g., construction aggregates need tertiary crushing for cubical particle shape,while mineral ores may require milling for metal extraction).

The lower casing (part of the bottom shell assembly) also houses two critical systems: a forced lubrication system and a hydraulic system. The forced lubrication system circulates oil (typically ISO VG 46 or 68) to key components like the main shaft bearings and eccentric bushing, reducing friction and preventing overheating. The hydraulic system includes tramp release cylinders (if fitted): these cylinders retract the mantle to discharge uncrushable objects (e.g., iron chunks) and then reset automatically, protecting the mantle, concaves, and bottom shell from damage.

8. What are the parts and components of a cone crusher?

A cone crusher is composed of several key assemblies that work together to reduce large rocks into smaller, uniform-sized material. At the top, the bowl assembly includes the hopper assembly, adjustment cap, the main bowl, and the drive ring, which together direct and contain the feed material into the crushing chamber.

Surrounding this, the adjustment ring assembly contains the dust shell, dust shell seal, clamp ring, clamping cylinder, adjustment ring, and tramp release cylinder. These parts help secure the crusher components, maintain alignment, and allow adjustment of the crushing gap.

The head assembly sits below the adjustment ring and includes the pin, head ball, head, upper and lower head bushings, and T-seal. This assembly supports the crushing head and ensures smooth movement while transferring force to crush the material.

The mainframe assembly forms the structural backbone of the crusher, consisting of the mainframe itself, mainframe liner, stationary guard, arm guard, mainshaft, thrust washer, and U-seals, all of which provide stability and support for the rotating and crushing components.

Inside the crusher, the liner and hopper components include the mantle, bowl liner, bowl adapter ring, and liner hardware. These liners protect the main structural components from wear and can be replaced as they wear out.

The socket assembly contains the socket and socket liner, which encase and support the bottom portion of the crushing head.

The eccentric assembly, a critical part for motion, consists of the eccentric, eccentric bushing, U-seal, counterweight, counterweight guard, thrust bearing, T-seal, and gear, all of which control the gyrating motion of the main shaft and head.

Finally, the countershaft assembly includes the countershaft box, countershaft box guard, flinger housing, oil flinger, countershaft bushing, countershaft, and pinion. This assembly transmits power from the motor to the eccentric and main shaft, driving the crushing action.

Together, these assemblies create a coordinated system that enables the cone crusher to efficiently break down large rock into smaller, processable sizes while ensuring protection, adjustability, and smooth operation.

9. What are the parts of a Metso Sandvik HP series cone crusher?

1. Crushing Chamber
The crushing chamber is the central and most critical part of a cone crusher, as it is the exclusive space where material size reduction occurs-its design directly dictates the crusher’s size reduction ratio (ranging from 4:1 for coarse crushing to 8:1 for fine crushing) and overall operational performance. Composed of two core components-the fixed bowl liner (outer cone) and the movable mantle (inner cone)—the chamber’s geometry (depth, wall angle, and gap profile) is engineered for specific applications: for example, deep-chamber designs (used in multi-cylinder hydraulic crushers) extend material residence time by 25–30%, promoting inter-particle crushing that produces a more cubical product (flakiness index <15%), while shallow chambers suit high-throughput coarse crushing. The chamber’s capacity also aligns with the crusher’s feed size: a primary crushing chamber (for gyratory crushers) can accept feed up to 1.5 meters, while a tertiary chamber (for fine aggregates) handles feed ≤50 mm. For hard rock processing (e.g., granite with compressive strength ≥300 MPa), the chamber’s inner walls are reinforced with thicker liners (50–80 mm) to resist abrasion, ensuring consistent performance over 800–1,200 operating hours before liner replacement.

2. Mantle
The mantle is the inner, moving component of the crushing chamber, responsible for delivering the mechanical force required to crush material. Positioned directly below the feed opening, it operates in a precise gyratory (circular) path—driven by the eccentric assembly—with typical oscillation speeds of 800–1,200 rpm for standard cone crushers (slower, 80–150 rpm, for larger gyratory crushers). To withstand extreme compressive forces (up to 10,000 kN in heavy-duty models) and abrasion from hard materials, mantles are manufactured from high-wear-resistant alloys: high-chromium cast iron (20–30% Cr content, Brinell hardness 500–600 HB) is common for medium-hard ores (e.g., iron ore), while manganese steel (11–14% Mn) is preferred for highly abrasive applications (e.g., quartzite), as it work-hardens upon impact—its hardness increases by 30–40% during use, extending service life. The mantle’s surface profile is also optimized: wave-like or serrated profiles improve material grip, reducing slippage and boosting crushing efficiency by 10–15%. Over time, mantles wear unevenly (0.5–1 mm per 100 operating hours), so regular thickness checks with a depth gauge are critical; replacement is recommended when wear exceeds 20% of the original thickness to avoid damaging the underlying main shaft.

3. Concave (Bowl Liner)
The concave—also called the bowl liner—is the stationary outer cone that surrounds the mantle, forming the fixed side of the crushing chamber and providing a rigid surface against which the mantle crushes material. Like the mantle, it endures intense impact and abrasion, so it is made from durable, wear-resistant materials: abrasion-resistant steel (AR400/500, hardness 400–500 HB) works for aggregate production (e.g., limestone), while ceramic-reinforced cast iron is used for mining (e.g., copper ore) to extend service life by 25–35%. The concave is secured to the upper bowl assembly with high-tensile bolts (grade 8.8 or 10.9) and precision-fitted to within ±0.05 mm—gaps between the concave and bowl assembly would cause vibration, leading to premature wear of both the concave and mantle. Its inner diameter and angle are matched to the mantle to define the crushing gap: for a Sandvik CH895i crusher, a 450 mm inner-diameter concave paired with a 300 mm mantle creates a nominal discharge gap of 75 mm (adjustable via the adjustment ring). The concave wears more slowly than the mantle (due to its stationary position), typically lasting 1,200–1,500 operating hours in medium-intensity use, but it must be replaced alongside the mantle if misalignment occurs—mixing worn and new components causes uneven stress, reducing crushing efficiency by 8–12%.

4. Liners
Liners are replaceable wearing parts fitted to both the mantle (inner liners) and concave (outer liners), designed to absorb the brunt of impact and abrasion during crushing—protecting the crusher’s structural components (main shaft, bowl assembly) from damage. Their material and design are tailored to the processed material: rubber liners are used for soft, sticky materials (e.g., gypsum) to reduce noise by 10–15 dB and prevent clogging, while metal liners (high-chromium or manganese steel) suit hard, abrasive materials. Liners feature a bolt-on or tongue-and-groove design for easy installation—most can be replaced in 2–4 hours with a small team, minimizing downtime. Thickness varies by application: primary crushing liners are 50–80 mm thick to handle large feed sizes, while tertiary liners are 20–40 mm thick for fine crushing. To maintain performance, liners must be inspected every 200 operating hours: signs like cracks, uneven thinning, or loose bolts require immediate replacement, as worn liners can increase oversize product by 10–20% and strain the eccentric assembly.

5. Eccentric Assembly
The eccentric assembly is the “power core” of the cone crusher, responsible for generating the mantle’s gyratory motion. Connected to the bottom of the main shaft, it consists of three key parts: the eccentric bushing (a cylindrical component with an off-center inner hole), the pinion shaft (a small drive gear), and the countershaft (a motor-driven rotating shaft). The assembly converts rotational motor power into oscillating motion: the motor drives the countershaft (supported by heavy-duty pinion bearings with a load capacity of 50–100 kN), the pinion shaft meshes with a crown gear (attached to the eccentric bushing), and the bushing spins. Since the bushing’s inner hole is offset from the crusher’s central axis (eccentricity 5–15 mm), the main shaft (and mantle) swings in an elliptical orbit—opening and closing the gap between the mantle and concave with each rotation. For high-capacity crushers (≥500 tph), the assembly is made from forged 42CrMo steel for strength and cooled by the forced lubrication system (oil flow rate 10–15 L/min) to keep temperatures below 65°C; temperatures above this indicate insufficient lubrication, which can damage the bushing within 100 hours.

6. Adjustment Ring (Bowl Adjustment Ring)
The adjustment ring—also known as the bowl adjustment ring—is a large circular component mounted on the bowl assembly (which holds the concave), and its primary function is to control the closed side setting (CSS)—the narrowest gap between the mantle and concave, which directly determines the finest possible product size. To adjust the CSS, the ring is raised or lowered via the crusher’s hydraulic or spring-based system: raising the ring lifts the bowl assembly (and concave), increasing the CSS for coarser product; lowering the ring reduces the CSS for finer output. Modern crushers use hydraulic adjustment, which allows precise CSS control (±1 mm) and remote operation via PLC—far faster than older spring systems (5–10 minutes vs. 30–60 minutes). The ring also has a locking mechanism (hydraulic clamps or lock nuts) to stabilize the CSS during operation—even a 0.5 mm CSS drift can increase oversize product by 8–12%. For example, a Metso Nordberg HP500 crusher’s adjustment ring adjusts the CSS from 10 mm to 50 mm, covering product sizes from fine aggregates (10–15 mm) to coarse gravel (40–50 mm).

7. Main Shaft
The main shaft is the central structural and power-transmitting component of the cone crusher, extending vertically from the mantle’s top to the eccentric assembly’s bottom. Its key roles are to support the mantle’s weight (up to 1,000 kg in large models), transfer crushing forces (up to 10,000 kN) to the crusher frame, and transmit the eccentric assembly’s motion to drive the mantle’s gyration. Manufactured from forged 40CrNiMoA alloy steel (heat-treated via quenching and tempering), it has a tensile strength of ≥900 MPa and excellent fatigue resistance—critical for withstanding cyclic stresses (800–1,200 cycles per minute). The upper end is precision-machined to fit the mantle (tolerance ±0.03 mm) to avoid wobble, while the lower end inserts into the eccentric bushing’s off-center hole. Shaft diameter is optimized for capacity: a 500 tph crusher uses a 200–250 mm diameter shaft, while a 1,000 tph model uses 300–350 mm. Ultrasonic testing every 5,000 operating hours detects hidden cracks—even a 1 mm crack can propagate rapidly under load, causing catastrophic failure.

8. Spider Cap
The spider cap is a protective cover at the very top of the cone crusher, sitting above the spider bearing—a critical component that supports the main shaft’s upper end and enables smooth rotation. Its primary role is to shield the spider bearing from contamination (dust, water, fines) and physical damage, as even small debris can seize the bearing within 100–200 hours. Made from cast steel (ZG230-450) for durability, it has a sealed design with O-rings or gaskets to create a tight barrier between the cap and top shell. The spider cap also mounts the feed hopper, with a precision-machined inner surface that aligns the hopper with the crushing chamber—misalignment here causes uneven feed distribution, leading to one-sided mantle/concave wear (reducing their service life by 20–30%). For dusty environments (e.g., dry aggregate plants), a secondary labyrinth seal is added to the spider cap, extending the spider bearing’s service life from 8,000 to 12,000 hours.

9. Dust Seal
The dust seal is a specialized component installed between the spider cap and top shell, designed to block dust, fines, and moisture from entering the crusher’s internal parts (spider bearing, main shaft, lubrication system). In cone crushers, dry materials (e.g., limestone, concrete aggregate) generate fine dust (≤10 μm) that can contaminate lubricating oil—reducing its effectiveness by 50% and causing bearing wear. Most dust seals use a labyrinth or lip-seal design: labyrinth seals create a series of narrow channels that trap dust, while lip seals use a flexible rubber lip to press against the top shell, forming a tight barrier. For high-humidity environments (e.g., tropical mines), a combination of dust seals and desiccants is used to prevent moisture buildup—moisture can cause rust on the main shaft, reducing its fatigue life by 15–20%. The dust seal should be inspected every 500 operating hours; cracks or wear in the seal require replacement to avoid costly internal component damage.

10. Hydraulic/Spring-based Adjustment System
The hydraulic or spring-based adjustment system is connected to the adjustment ring, enabling precise control of the closed side setting (CSS)—a key factor in determining product size. Hydraulic systems (used in modern crushers) apply pressure (0.3–0.6 MPa) to hydraulic cylinders mounted on the adjustment ring, allowing smooth, remote CSS adjustments in 5–10 minutes; they also include a tramp release function—if uncrushable objects (e.g., iron chunks) enter the chamber, the system relieves pressure to open the gap, discharge the object, and reset automatically, protecting the mantle and concave. Spring-based systems (older designs) use heavy-duty coil springs (typically 8–12 springs per crusher) to apply tension to the adjustment ring—CSS adjustment requires manual bolt tightening/loosening, taking 30–60 minutes, and tramp release relies on spring compression (less precise than hydraulic). For high-throughput operations (≥300 tph), hydraulic systems are preferred, as they reduce downtime by 40–50% and maintain CSS accuracy within ±1 mm—critical for consistent product quality. The system’s pressure gauges and cylinders should be inspected daily; hydraulic fluid (ISO VG 46) should be replaced every 2,000 operating hours to prevent corrosion.

10. What is the difference between a hydraulic cone crusher and a spring cone crusher?

A hydraulic cone crusher and a spring cone crusher are both designed for secondary and tertiary crushing of rocks and ores, but they operate in different ways and have unique advantages. The main difference lies in how they adjust settings, handle overload protection, and adapt to varying operating conditions. In a nutshell, hydraulic cone crushers offer higher capacity, better product control, and improved protection, but at a higher price and with more complex maintenance. Spring cone crushers are cheaper and simpler, but less precise, less efficient, and less adaptable to changing conditions.

1. For the adjustment system, a hydraulic cone crusher uses a hydraulic cylinder mounted on the main shaft. This allows for quick, easy, and precise adjustment of the crushing settings. In contrast, the spring cone crusher depends on a large compression spring for adjustment, which is less precise and slower to modify.

2. When it comes to overload protection, hydraulic cone crushers are equipped with a tramp release system. This feature enables the mantle to move away from the concave if uncrushable material enters, preventing serious damage. The spring cone crusher has limited overload protection; if metal or other hard objects enter the chamber, it may lead to damage or downtime.

3. In terms of crushing capacity and feed size, hydraulic cone crushers usually offer higher capacity and can process larger feed sizes, often up to 300–400 mm. They are also capable of producing finer output sizes ranging from 6–75 mm. On the other hand, spring cone crushers are typically limited to feed sizes of about 200–300 mm, and their product size range is broader, usually 10–100 mm, but with less control over precision.

4. The efficiency of hydraulic cone crushers is generally higher, as the crushing action is optimized with hydraulic support. They consume less energy for the same output compared to spring cone crushers, which are less efficient and may require more power.

5. In terms of maintenance, hydraulic cone crushers are more complex because of their hydraulic systems, but these systems also offer better protection against wear and reduce the chances of catastrophic damage. Spring cone crushers are simpler in design, making them easier to maintain, though they may require more frequent replacement of springs and wear parts.

6. Looking at adaptability, hydraulic cone crushers can easily adjust to different feed materials and operational needs, making them suitable for a wide range of applications. Spring cone crushers are less adaptable and work best with consistent feed materials.

7. Finally, considering cost, hydraulic cone crushers have a higher initial investment due to advanced technology and hydraulic components. Spring cone crushers are less expensive upfront because of their simpler design, but they may incur more frequent maintenance costs over time.

11. How is a cone crusher used in gold mining ore processing?

In gold mining, the raw ore is first transported from the mine to the crushing plant. The ore may contain very large rocks, sometimes up to 1 meter in diameter. At the first stage, a primary jaw crusher is used. This machine reduces the size of the large rocks to about 150–200 mm.

The crushed ore is then carried by conveyor to the secondary crushing stage, which uses a cone crusher. The ore enters through a feed system that includes a hopper and a distributor. The distributor ensures that material flows evenly into the crushing chamber, even when handling coarse feed.

Inside the chamber, the ore is trapped between a fixed bowl liner and a moving mantle. The mantle is driven by an eccentric shaft powered by the crusher motor. This creates a circular, repetitive motion that compresses and releases the ore. During compression, the ore is crushed between the liners; when the mantle moves away, the smaller particles drop further down the chamber.

As the ore moves downward, the space between the liners becomes narrower, causing continuous crushing and reduction in particle size. The final product size depends on the Closed Side Setting (CSS), which is the minimum gap between the mantle and the bowl liner at the bottom. The CSS can be adjusted using hydraulic or spring mechanisms, allowing operators to control product size.

In this gold mining system, the cone crusher is usually set to produce ore sized 25–50 mm, which is suitable for the tertiary crushing stage. After leaving the cone crusher, the ore is transferred by conveyor to a third-stage crusher, often another cone crusher or a High-Pressure Grinding Roll (HPGR).

During tertiary crushing, the ore is further reduced to about 6–12 mm, which makes it ideal for feeding into a ball mill. After that, grinding and flotation techniques are used to concentrate the gold-bearing minerals.

Throughout the entire process, the cone crusher’s performance must be carefully monitored. Operators track the feed rate, power consumption, and liner wear to keep the crusher running efficiently and to maintain the required product size.

12. How to optimize cone crusher performance in mining operations?

Cone crushers play a key role in mining and aggregate production. To keep them efficient, operators need to monitor and adjust several important parameters. The most critical factors are the Closed Side Setting (CSS), crusher speed, feed rate, and liner selection.

Closed Side Setting (CSS):
The CSS is the minimum gap between the mantle and the bowl liner at the bottom of the crushing chamber. Depending on the crusher model and application, the CSS usually ranges between 6 mm and 75 mm. For example, a CSS of 12 mm is ideal for fine aggregates, while a CSS of 50 mm works well for medium-hard rock. Even a small change of 2–3 mm in CSS can significantly affect product size distribution and overall capacity.

Crusher Speed:
The rotational speed of a cone crusher generally falls between 600 and 1,000 RPM, depending on the size and brand. For example, a 7-foot cone crusher processing hard rock often performs best at around 750 RPM. Increasing the speed by just 50 RPM can boost capacity by 10–15%. However, running faster may also lead to more fine particles in the product.

Feed Rate:
Feed rate depends on the crusher size, the hardness of the material, and the target output. A 5.5-foot cone crusher processing granite might handle 200–300 tons per hour. But if the feed rate is overloaded by 15%, the crusher capacity could drop by 5–10%, and wear on liners and components will accelerate. Proper feed distribution is therefore essential for efficiency and long liner life.

Liner Selection:
Liners protect the crusher chamber and influence product quality. Options include standard, heavy-duty, and ultra heavy-duty liners, chosen based on the abrasiveness of the material. For example, very abrasive sandstone may require ultra heavy-duty liners lasting about 500,000 tons, while softer limestone might only need standard liners, which can last up to 1,000,000 tons. The liner profile also matters: a low-profile liner produces finer material, while a high-profile liner is better for coarser output.

13. What are the differences between Spring, Symons, Compound, Single-Cylinder Hydraulic, and Multi-Cylinder Hydraulic Cone Crushers?

1. A spring cone crusher uses a mechanical spring system for overload protection. When uncrushable material enters the chamber, the springs compress to let it pass, which prevents serious damage. Adjustment is done manually, and safety is more basic compared to hydraulic designs. Because of manual operation, the capacity is usually medium to low, and product size control is less precise. These crushers are best for medium-hard to hard ores where automation is not required. However, the efficiency is lower, since downtime for adjustments is longer. Typical output size ranges from 10–100 mm depending on the closed side setting.

2. The Symons cone crusher is considered a more advanced design. It is equipped with hydraulic tramp release and clearing systems, which make adjustment faster and safer. Operators can adjust the closed side setting (CSS) hydraulically, giving better control over the final output size. Symons crushers are widely used in secondary, tertiary, and quaternary crushing applications, handling capacities from medium to high. Efficiency is higher than spring models because of smoother adjustment and better chamber clearing. They can handle feed sizes up to 300 mm and produce well-graded products, making them suitable for both aggregates and mining.

3. A compound cone crusher combines spring and hydraulic technologies. It uses springs for overload protection while also including hydraulic systems for setting adjustments. This hybrid design provides balanced efficiency and safety. Capacity is generally medium, but it can handle a wide range of materials, including abrasive ores. Product size can be controlled better than a pure spring crusher, usually within the 8–75 mm range. Because it combines two systems, it is versatile and cost-effective, but may not match the speed and efficiency of fully hydraulic models.

4. The single-cylinder hydraulic cone crusher relies on one hydraulic cylinder to adjust the setting and clear the crushing chamber. This design makes it simple and reliable, with fewer parts compared to multi-cylinder systems. It delivers high efficiency because adjustment is quick and downtime is reduced. These crushers offer precise control, making them ideal for medium to hard materials such as basalt, granite, and iron ore. Capacity is high, often reaching 500–1,000 tons per hour for large models. With accurate CSS adjustment, they can produce fine outputs, usually between 6–40 mm.

5. Finally, the multi-cylinder hydraulic cone crusher represents the most advanced design. It uses several hydraulic cylinders to provide very precise adjustment, stronger crushing force, and efficient clearing. This type has the highest capacity and efficiency, often exceeding 1,200 tons per hour in large mining operations. The multiple cylinders allow for fast response and very fine product size control, sometimes down to 5 mm. They are especially suitable for large-scale mining and aggregate plants where high-volume crushing of hard materials such as quartzite, basalt, or gold ore is required. Multi-cylinder designs also reduce liner wear because of better crushing action, extending service life.

14. What are the best practices for operating and maintaining a cone crusher?

1. The first step is proper selection of the cone crusher. Operators need to think about the type of material being processed, the required size reduction ratio, and the final product size. For example, hard materials like basalt or iron ore may need a multi-cylinder hydraulic cone crusher, while softer materials can be handled with spring or Symons designs. Choosing the correct machine improves efficiency and reduces unnecessary wear.

2. Another key factor is feed distribution. Material must be spread evenly across the feed plate at the top of the crusher. Uneven feeding can cause uneven liner wear, higher power consumption, and reduced throughput. A well-designed feed distributor or chute system ensures that the material flows consistently into the crushing chamber, which helps maintain product quality and crusher life.
It is also important to monitor the Closed Side Setting (CSS). Automatic CSS adjustment systems can keep the product size steady, but even with manual systems, operators should check and adjust CSS frequently. A small change of just 2–3 mm in CSS can make a big difference in both product size distribution and overall capacity.

3. The eccentric throw should be adjusted when material type or product requirements change. A larger eccentric throw increases the crushing force and throughput, making it suitable for coarser material. A smaller eccentric throw produces finer material but may reduce capacity. Modern crushers allow operators to adjust eccentric throw settings based on changing operational needs.

4. Regular maintenance is critical for keeping a cone crusher reliable. Bearings, mantle, concave, and lubrication systems should be checked frequently. Liner wear should be monitored closely, as worn liners reduce crushing efficiency and may lead to mechanical issues. Having a planned maintenance schedule minimizes downtime and prevents costly failures.

5. Using high-quality wear parts also improves performance. The mantle and concave are usually made from manganese steel, but the grade of manganese can vary. Higher-quality manganese lasts longer under abrasive conditions, reducing the frequency of liner changes and keeping the crusher operating more consistently.

6. Finally, operators must avoid non-crushable materials entering the chamber. Tramp metal, such as bolts or pieces of steel, can cause serious damage to the mantle, concave, and even the frame. To prevent this, cone crushers are often fitted with metal detectors or magnetic separators upstream. These systems stop harmful objects before they reach the crushing chamber.

15. What are the challenges and limitations of cone crushers?

cone crushers are excellent for hard rock reduction, but they face challenges with sticky materials, product uniformity, feed size limitations, and high wear rates. Proper feed preparation, chamber design optimization, and strict maintenance schedules are the best ways to overcome these limitations.

1. Material compatibility:
Cone crushers perform very well with hard, abrasive materials like ores, granite, and basalt. They break down these rocks effectively and with relatively low liner wear. However, they struggle with sticky or clay-rich materials. Such materials can build up inside the crushing chamber, clogging the feed opening or sticking to the mantle and concave. In some cases, this can bring production to a halt. To handle sticky feed, operators often need to pre-screen or blend materials before they enter the crusher.

2. product uniformity.
While cone crushers can reduce a wide variety of rock types, achieving perfectly uniform particle size can be difficult. This is especially true with materials that fracture unevenly, leading to more flaky or elongated particles. For industries like concrete or asphalt production, where consistent particle shape and gradation are critical, this limitation may reduce product quality. Advanced crushers with optimized chamber designs can improve uniformity, but they cannot eliminate variability completely.

3. Size limitations
By design, cone crushers can only accept feed up to a certain maximum size—usually between 200 mm and 400 mm, depending on the model. Oversized rocks must be reduced in a primary crusher, such as a jaw crusher, before feeding the cone crusher. If large rocks enter directly, they can block the chamber or cause high stress on the eccentric shaft and liners. This often requires multiple crushing stages, which increases both operating costs and processing time.

4. operational difficulties
Finally, cone crushers face operational difficulties linked to wear and maintenance. Because they work under high compressive forces, the mantle, concave, and bearings experience significant wear, especially with coarse or highly abrasive materials. Frequent liner changes and part replacements increase downtime and maintenance costs. For example, in a hard granite operation, liner life might be only 300–400 hours, whereas in limestone it could last over 1,000 hours. Regular monitoring of wear patterns and preventive maintenance are necessary to keep operations running smoothly.

16. How does a cone crusher differ from other types of crushers?

A cone crusher works by using rotational movement and compressive force between the mantle and concave to break down rock. As the eccentric shaft rotates, the mantle moves in a circular path, pressing material against the concave. This repeated squeezing and releasing action reduces the rock into smaller, cubical-shaped particles. Because of this mechanism, cone crushers are especially effective for producing well-graded aggregates with good particle shape, which is important for concrete, asphalt, and road construction.

In contrast, a jaw crusher uses two plates, one fixed and one moving, to apply direct compression on the rock. Jaw crushers are best suited for primary crushing because they can handle very large feed sizes—sometimes up to 1,000 mm—but their product is usually more irregular in shape compared to cone crushers.

Another type is the impact crusher, which uses high-speed rotors and hammers to throw material against breaker plates. This action produces a more cubical product but often with a higher percentage of fines. Impact crushers are very effective for softer stones like limestone, but less suitable for extremely hard materials such as basalt or granite.

Compared to these, cone crushers are typically used for secondary, tertiary, or even quaternary crushing stages. They handle feed sizes up to about 300–400 mm and can produce outputs as fine as 5–6 mm, depending on the closed side setting (CSS). Their strength lies in processing hard, abrasive materials like granite, basalt, and iron ore while delivering high reduction ratios and excellent particle shape.

17. What Materials Can Be Processed with a Cone Crusher? What are the applications?

Cone crushers are suitable for a variety of materials from soft to very hard. The specific processing range depends on the type of cone crusher (such as Simmons type, single-cylinder hydraulic type, and multi-cylinder hydraulic type

1. First, soft to medium-hard, non-abrasive materials are the primary materials for cone crushers. These materials typically have a compressive strength of 250 MPa or less, including limestone, dolomite, and marble. For example, limestone is suitable for all types of cone crushers. Small and medium-sized Simmons cone crushers, equipped with a primary crushing chamber, can achieve a throughput of 20-500 t/h. Due to the material's low hardness, ordinary wear-resistant steel can be used for the mantle and concave sections, resulting in a liner life of up to 1200-1500 hours. For use in the secondary and tertiary crushing stages of aggregate production lines, single-cylinder hydraulic cone crushers can produce more uniformly shaped finished products by adjusting the CSS.

2. Second, hard and highly abrasive materials require heavy-duty cone crushers. These materials typically have a compressive strength of 250-400 MPa, typically granite, basalt, and quartz. For granite, for example, a multi-cylinder hydraulic cone crusher with a crushing force of 5,000-8,000 kN is required. Both the mantle and concave components should be made of high-chromium cast iron or manganese steel. Manganese steel liners undergo "work hardening" due to material impact, increasing surface hardness by 30-40% and extending their lifespan by over 50% compared to ordinary steel liners. Furthermore, for highly abrasive materials like quartz, a deep-cavity crushing design is recommended to extend the material's residence time within the crushing chamber and reduce direct wear on the liner through layered crushing.

3. Cone crushers can also process some ores and recycled materials. For example, single-cylinder hydraulic cone crushers are often used for medium-to-fine crushing of metal ores such as iron ore and copper. Paired with a CSS with an 8-30 mm setting, they can crush the ore to a particle size suitable for grinding. Recycled concrete and asphalt from construction waste can also be processed by cone crushers—but the moisture content of the recycled material must be kept below 15%. Excessive moisture can cause adhesion to the mantle and concave, resulting in a 20-30% reduction in throughput. Metal detectors are also necessary to prevent the entry of foreign objects such as rebar, which can damage the eccentric assembly.

However, cone crushers also have clear processing limitations. First, they are not suitable for extremely soft, sticky, or highly humid materials, as these can clog the crushing chamber and even cause the mantle and concave to "lock," requiring frequent downtime for cleaning. Second, cone crushers are not recommended for extremely brittle materials, as their extrusion crushing method produces excessive fines, making impact crushers more suitable. Third, uncrushable foreign objects must be removed through a tramp release system, otherwise they can bend the main shaft or fracture the lower frame, resulting in repair costs reaching tens of thousands of USD..

18. What is the typical capacity range of a cone crusher?

1. First is the traditional Symons cone crusher, widely used in medium- and small-sized mines or in medium-to-fine crushing stages of aggregate production lines. Its typical capacity ranges from 20–500 t/h. For example, when processing medium-soft materials like limestone, a Symons model with a coarse crushing chamber (C chamber) can achieve 20–300 t/h. If switched to a fine crushing chamber (F chamber) for finer product requirements, the capacity drops to 20–150 t/h. This is because the fine crushing chamber has a smaller gap, causing the material to stay longer in the chamber, reducing the amount of material passing through per unit time.

2. Next is the single-cylinder hydraulic cone crusher, currently a mainstream model in the industry. Its capacity range is broader, typically 50–1,500 t/h, making it suitable for most medium- to large-scale production scenarios. For example, the commonly used Sandvik CH895i can process hard rock such as granite with a medium crushing chamber (M chamber) and a CSS (Closed Side Setting) of 15–25 mm, achieving a capacity of 300–650 t/h. Meanwhile, the Metso Nordberg GP100 model, when processing limestone, can achieve a stable capacity of 200–230 t/h by adjusting the CSS to 20–30 mm. Using the lamination crushing principle, it maintains product shape while keeping the content of flaky and elongated particles below 12%.

3. Then there is the multi-cylinder hydraulic cone crusher, designed for high capacity and high stability, mainly for large-scale crushing of hard and ultra-hard rock. Its typical capacity is 500–2,500 t/h. For instance, the Metso Nordberg HP500 processing basalt (compressive strength 300–400 MPa) with a deep crushing chamber can reach 550–800 t/h. Larger models, like the Sandvik CS440, can handle 800–1,200 t/h in medium-to-fine crushing of large iron ore, thanks to higher crushing force (up to 10,000 kN) and optimized chamber design for efficient material flow.

4. There is also the gyratory crusher, a derivative of the cone crusher mainly used for coarse crushing. It has the largest capacity among all cone-type crushers, serving large-scale mines in primary crushing. Its typical capacity ranges from 1,000–10,000 t/h. For example, the Metso Nordberg G1000 can process oversized feed up to 1.5 meters and maintain a capacity of 8,000–10,000 t/h, supporting 24-hour continuous production in large open-pit mines. The Sandvik CG800 can reach 6,000–8,000 t/h when coarse crushing coal, with its large feed opening and low-speed gyratory motion (80–150 rpm) being key to achieving high throughput.

5. It is important to note that all the above capacities are based on “standard conditions”, which assume a material moisture content below 15%, feed size within the machine’s specifications, and minimal impurities. If the actual material hardness exceeds the machine’s maximum compressive strength or contains more impurities, capacity may drop by 10–30%. For example, when a single-cylinder hydraulic cone crusher processes limestone with more than 20% clay content, the material can stick to the mantle (moving cone liner) and concave (fixed cone liner), causing chamber blockage. The capacity may drop from 200 t/h to 140–160 t/h, requiring additional screening or washing to restore throughput.

19. What are the steel metal casting spare parts on a cone crusher?

1. Main Frame Components
Lower Frame (Main Frame/Base Frame)
The lower frame is the primary load-bearing component of the entire crusher. It supports the weight of the crushing mechanism, transmission system, and hydraulic system while withstanding the high compressive forces generated during crushing. It is typically made of high-strength cast steel (e.g., ZG35CrMo) to ensure structural stability and resistance to deformation.
Upper Frame (Fixed Frame)
The upper frame works together with the lower frame to form the external structure of the closed crushing chamber. The inner surface is used to install the concave (fixed cone liner). Accurate alignment with the lower frame is critical to maintain chamber concentricity. Common materials include ZG270-500 or ZG35, balancing strength with machinability.

2. Crushing Chamber and Adjustment-Related Cast Components
Adjustment Ring
Located above the upper frame and connected via threads, the adjustment ring can be rotated to change the position of the concave, thereby adjusting the Closed Side Setting (CSS) and controlling product size. High thread precision and wear resistance are required. Typical materials are ZG35CrMo or ZG40CrNiMo cast steel.
Concave (Fixed Cone)
The concave forms the fixed part of the crushing chamber, with liners embedded on the inner surface. It must withstand high compressive impact from the material. It is usually an integral cast steel structure, made from the same material as the adjustment ring. In large-scale crushers, segmented cast designs are used to facilitate transport and installation.
Mantle (Moving Cone)
The mantle is the moving component of the crushing chamber. Its top connects to the eccentric sleeve, and it performs gyratory motion to crush the material. As a core crushing part, it must have very high strength and fatigue resistance. Common materials are ZG35CrNiMo or ZG42CrMo cast steel, with some models featuring surface quenching to improve wear resistance.

3. Transmission and Eccentric Components
Eccentric Sleeve
Mounted around the main shaft and driven by the motor via a belt and pulley, the eccentric sleeve drives the mantle in a gyratory motion. It is a central part of the transmission system and must withstand significant torque and radial forces. Typical materials are ZG35CrMo or ZG40CrNiMo cast steel, often heat-treated to optimize mechanical performance.
Main Shaft
The main shaft connects the mantle to the eccentric sleeve. One end is rigidly connected to the mantle, and the other end fits into the eccentric hole of the sleeve. When the eccentric sleeve rotates, it drives the main shaft and mantle to gyrate synchronously. High-strength alloy cast steel (e.g., ZG42CrMo) is used, with precise machining and flaw detection to prevent fracture.
Drive Shaft (Input Shaft)
This shaft transmits power from the motor to the eccentric sleeve. One end connects to the pulley, and the other meshes with the eccentric sleeve via gears. High coaxiality and torsional strength are required. Common materials include ZG35 or ZG45 cast steel, with some models combining forged and cast steel for enhanced performance.

4. Auxiliary Support and Protective Cast Components
Thrust Bearing Housing
Installed at the base of the frame, it supports the lower end of the main shaft’s thrust bearing and absorbs axial forces generated during crushing. The bearing mounting surface must be flat and precise. Materials are typically ZG35 or ZG270-500.
Dust Cover / Protective Cover
Covers components such as the adjustment ring and pulley to prevent dust and debris from entering the internal mechanism. Large dust covers are sometimes made from cast steel (e.g., ZG230-450) to ensure rigidity and avoid deformation caused by vibration.
Locking Nut / Cap
These cast components secure the concave, mantle, or bearing assemblies in place. They must provide reliable locking to prevent movement during crushing. Materials commonly include ZG35 or ZG45 cast steel, and some designs incorporate a locating pin for additional stability.

20. Why is using 3-phase electric arc furnace (EAF) metal casting better for cone crusher spare parts like the frame or bottom shell than other casting methods?

Using 3-phase electric arc furnace (EAF) casting for cone crusher spare parts, such as the frame or bottom shell, offers several advantages over traditional metal casting methods like cupola or induction furnace casting.

First, EAF casting provides higher-quality steel with uniform chemical composition. The 3-phase EAF allows precise control of alloying elements, reducing impurities such as sulfur and phosphorus. This ensures that critical parts like the bottom shell, which must withstand extremely high compressive and impact forces during crushing, have superior strength and toughness.

Second, EAF casting enables high-strength and wear-resistant components. Parts like the frame or bottom shell experience heavy static and dynamic loads. Steel produced in a 3-phase EAF can be alloyed with elements such as chromium, molybdenum, and nickel, resulting in castings with excellent hardness, fatigue resistance, and impact toughness. This improves durability and reduces downtime for replacement.

Third, EAF casting allows consistent and precise metallurgical properties, minimizing internal defects such as porosity, shrinkage, or segregation. These defects are more common in other casting methods, which can lead to premature failure under the extreme loads in a cone crusher.

Another benefit is scalability and energy efficiency. 3-phase EAFs can produce large volumes of molten steel for heavy-duty castings while using less energy per ton of steel compared to traditional furnaces. This makes it cost-effective for producing large spare parts like the frame bottom shell or upper frame.

Finally, EAF casting supports custom alloy design for specialized applications. For example, if a crusher is used to process extremely hard or abrasive materials like basalt or iron ore, the steel composition can be tailored to maximize wear resistance without sacrificing toughness. This level of customization is more difficult with conventional casting methods.

21. Why is alkaline phenolic resin sand better than other types of sand for cone crusher spare part metal casting, especially for surface finishing?

At tongli we use alkaline phenolic resin sand to make your cone crusher upper/lower top and bottom shell main frame, because it offers significant advantages over traditional green sand, silica sand, or other resin-bonded sands.

First, alkaline phenolic resin sand provides excellent mold strength and stability. During the casting process, large cone crusher components are subjected to high temperatures and molten metal pressures. Phenolic resin sand maintains its shape and resists deformation better than other sands, ensuring the casting’s dimensions are accurate and consistent. This reduces the need for extensive machining after casting.

Second, this sand type ensures superior surface finish. Its fine particle size and strong bonding create smooth and uniform mold surfaces, minimizing sand defects such as roughness, ripples, or veining. For parts like the bottom shell or frame, which must fit precisely with other components, the high-quality surface finish improves assembly accuracy and reduces wear on mating parts.

Third, alkaline phenolic resin sand has low gas evolution and low thermal expansion, which prevents casting defects such as blowholes, porosity, or cracks. These properties are especially important for large, thick-walled cone crusher castings, where internal defects can compromise strength and reduce service life.

Additionally, this sand allows fast mold production and reuse. Phenolic resin-coated sand can be baked or cured quickly, providing high productivity in foundries, and it can be reclaimed and reused multiple times without losing bonding quality. This makes it cost-effective compared to traditional sands, especially for large-scale production.

Finally, dimensional precision and wear performance are improved. Parts with a smooth surface and uniform microstructure reduce friction between moving parts like mantle and concave. This not only prolongs liner life but also enhances the crusher’s efficiency and reduces maintenance intervals.

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Bottom Shell Metal Casting Supply for World-Famous Cone Crusher Brands

Metso (Finland) – HP & GP Series Cone Crushers

Metso (Finland) – HP & GP Series Cone Crushers

Metso is one of the most recognized names in crushing equipment worldwide. Their HP Series (High Performance) and GP Series (General Purpose) cone crushers are standard choices in mining, aggregates, and quarry operations. The HP300, HP500, and HP800 are especially popular for secondary and tertiary crushing. The bottom shell on Metso machines supports heavy eccentric movements and must withstand high crushing forces, making quality castings a necessity for long service life.

Sandvik (Sweden) – CH & CS Series Cone Crushers

Sandvik (Sweden) – CH & CS Series Cone Crushers

Sandvik’s cone crushers, especially the CH660, CH870, and CS440 models, are widely used for precision aggregate shaping and fine crushing. Known for their hydraulically adjusted setting systems and consistent output, these crushers rely on a robust bottom shell casting to house the main shaft and protect against vibration. As a spare parts dealer, supplying durable replacement shells for Sandvik crushers is key to ensuring stable production for operators worldwide.

Terex Cedarapids (USA) – MVP & RC Series

Terex Cedarapids (USA) – MVP & RC Series

Terex, through its Cedarapids brand, manufactures cone crushers such as the MVP380X, MVP550X, and RC45III. These are common in North American quarries and portable crushing plants. Their bottom shell structure must handle portable plant vibration and frequent relocation stress, so customers often need replacement castings to keep machines mobile and efficient. Dealers who can provide accurate-fit bottom shell parts add real value to plant operators.

Weir Minerals (UK) – Trio® TC & TP Series

Weir Minerals (UK) – Trio® TC & TP Series

Weir’s Trio® cone crushers, particularly the TC36, TC51, and TP450 models, are known in both mining and sand & aggregate sectors. The bottom shell in these models integrates lubrication and supports the eccentric assembly. Over time, wear and stress make replacement shells essential. Spare parts dealers supplying bottom shell castings for Trio crushers help operators extend machine life without compromising crushing performance.

FLSmidth (Denmark) – Raptor® Cone Crushers

FLSmidth (Denmark) – Raptor® Cone Crushers

FLSmidth produces the Raptor series (Raptor® 250, 450, 600, and 1100), designed for mining and high-capacity crushing plants. Their bottom shells are designed with heavy reinforcement to handle oversized feed and high horsepower. As these crushers operate in demanding environments, customers frequently seek strong replacement bottom shell castings to maintain uptime. Dealers can position themselves as critical suppliers for mines relying on the Raptor line.

Astec (USA) – Telsmith Titan™ & Legacy Series

Astec (USA) – Telsmith Titan™ & Legacy Series

Astec Industries continues the Telsmith legacy with cone crushers such as the Titan™ T200, T400, and T900. Known for durability and American engineering, these machines rely on solid bottom shell assemblies to manage eccentric shaft loads and crushing forces. For spare parts dealers, Titan series bottom shell castings are often requested by clients in both mining and aggregate industries across North America and beyond.

Thyssenkrupp (Germany) – Kubria Series

Thyssenkrupp (Germany) – Kubria Series

Thyssenkrupp’s Kubria cone crushers are widely applied in both hard rock mining and cement industry crushing lines. Models like the Kubria 75, 90, and 110 are engineered for high throughput. Their bottom shells form a critical load-bearing base and incorporate lubrication channels. Replacement demand is steady because operators require OEM-equivalent strength in castings to minimize unplanned downtime in heavy-duty applications.

Kleemann (Germany) – MOBICONE Series

Kleemann (Germany) – MOBICONE Series

Kleemann, part of the Wirtgen Group, focuses on mobile crushing plants with the MOBICONE MCO 9, MCO 11, and MCO 13 cone crusher models. These machines are designed for on-site mobility in road construction and aggregate production. Their bottom shells are engineered for compact design but must still carry the eccentric and crushing forces. Offering spare shell castings for Kleemann ensures continuous operation for contractors who rely on mobile crushers.

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