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Wear and spare parts

Cone Crusher Parts

Cone Crusher Parts for international equipment, matched by model, drawing or verified dimensions with order-specific material and inspection routes.

Category content reviewed by · · Company evidence boundaries

  • Fitment reviewed from a model, reference, drawing, sample or verified dimensions
  • Material and heat-treatment route agreed for the actual duty
  • Inspection scope confirmed before production
Cone Crusher Parts
Equipment-family reference image. The supplied part is confirmed against project evidence.

Cone Crusher Parts

Procurement scope for Cone Crusher Parts

This page is the technical and commercial entry point for “Cone Crusher Parts”. It covers four distinct buyer tasks without treating a model name as a fitment guarantee.

Cone Crusher Parts manufacturer
Match the machine, position and interfaces before release.
Cone Crusher Parts by model and drawing
Use a controlled drawing, identified sample or verified dimensions.
custom Cone Crusher Parts
Compare candidate materials against duty and failure evidence.
Cone Crusher Parts with inspection records
Define traceability, dimensions, hardness and applicable NDT before purchase.

Wear parts in this range

Start with the part family that contacts the material or defines the working chamber. Final fitment and material selection follow the actual machine and duty.

Feed Cone

Feed Cone

Upper wear component distributing feed into or around the crushing chamber.

Candidate material routes

Manganese steelHigh-chrome alloySpecified alloy

Identification starting point: Cone model, reference, diameter, height, mounting pattern and feed arrangement.

Torch Ring

Torch Ring

Ring component supplied against the mantle, head and locking arrangement for the specified machine.

Candidate material routes

Low-carbon steelAlloy steelSpecified grade

Identification starting point: Cone model, ring reference, inside/outside diameters, section, split and mating arrangement.

Arm and Frame Liner

Arm and Frame Liner

Replaceable liner protecting frame or arm positions exposed to feed impact and abrasion.

Candidate material routes

Manganese steelAbrasion-resistant plateSpecified alloy

Identification starting point: Cone model, arm/frame position, orientation, outer profile, thickness and hole pattern.

Structural and mechanical spare parts

These parts support motion, load transfer, sealing or adjustment. Supply scope is confirmed from drawings, mating parts and operating records.

Main Shaft / Head Center

Function

Machined shaft or head-center component carrying crushing loads and mating with the cone-head assembly.

What to confirm

Cone model, approved drawing, journals, tapers, threads, oil passages and mating parts.

Eccentric Bushing / Socket Liner

Function

Bushing or socket-liner component controlling motion and supporting the cone-head assembly.

What to confirm

Cone model, component position, bore, outside diameter, height, clearance and oil-groove layout.

Dust Seal / Dust Collar

Function

Seal and collar components limiting dust ingress into lubricated cone-crusher assemblies.

What to confirm

Cone model, seal position, reference, mating diameters, section and operating temperature.

Hydraulic Cylinder / Adjustment Ring Parts

Function

Drawing-controlled components associated with hydraulic setting, release or adjustment-ring assemblies.

What to confirm

Cone model, assembly position, drawing, pressure duty, interfaces, stroke and mating components.

Gear / Pinion

Function

Matched gear and pinion set transmitting drive torque to the eccentric assembly.

What to confirm

Cone model, gear and pinion references, tooth data, bores, keyways, ratio and matching requirement.

International machine references we can start from

Use these references to begin a search. They are not a fitment guarantee. Final compatibility is released against the OEM part number, serial range, approved drawing, identified sample or verified critical dimensions.

Metso / NordbergReference scope: Current and legacy reference review

HP / HPe Series

HP100HP200HP300HP400HP500HP600HP700HP800HP900HP3HP4HP5HP6HP600eHP800eHP900e

GP Series

GP11FGP11MGP100GP100SGP200GP200SGP220GP300GP300SGP330GP350GP500GP500SGP550GP7GP8

MP Series

MP800MP1000MP1250MP1600

Symons / Omnicone / G

Symons 2 ftSymons 3 ftSymons 4 ftSymons 4-1/4 ftSymons 5-1/2 ftSymons 7 ftOmnicone 937Omnicone 1144Omnicone 1352Omnicone 1560G201G351G481

Mobile host references

LT200LT220LT300LT320NW200NW300NW330
SandvikReference scope: Current and legacy reference review

CH / CHi Series

CH420CH430CH440CH442CH540CH550CH660CH662CH830iCH840iCH850iCH860iCH865iCH870iCH890iCH895i

CS Series

CS420CS430CS440CS660CS840i

Legacy H / S Series

H2000H3000H4000H6000H8000S4000S6000S7000

Mobile host references

QH331QH332QH441QH442UH440iUS440i
FLS / RaptorReference scope: Current family and legacy XL reference review

Raptor XL Series

XL300XL400XL500XL600XL900XL1100XL1300XL2000XL3000XL4000
Telsmith / AstecReference scope: Reference review

Titan Series

T200T300T400T500T620T900

SBS / G Series

SBS 38SBS 44SBS 52SBS 57SBS 68SBS 78G25G35G38G48
Terex CedarapidsReference scope: Current and legacy reference review

TG Series

TG120TG220TG320TG420TG820TG1020

MVP / RC Series

MVP280MVP380MVP450MVP550MVP550XRC36RC45RC54
MinyuReference scope: Reference review

MCC Series

MCC-36MCC-48MCC-51MCC-60
Trio / WeirReference scope: Reference review

TP / TC / TV Series

TP260TP380TP480TC36TC51TC66TC84TV85
Other mobile hostsReference scope: Host model only; crusher chamber must be confirmed

Finlay / Powerscreen / McCloskey / Keestrack

Finlay C-1540Finlay C-1550Maxtrak 1000Maxtrak 1300McCloskey C2McCloskey C3McCloskey C4Keestrack H4Keestrack H6

Manufacturer names and model designations are used only to identify compatible replacement-part references. ZL is not affiliated with the listed OEMs.

Select the material route from the part and the duty

A public grade name is only a starting point. The quotation and purchase specification define the applicable chemistry, heat treatment, hardness, inspection and traceability scope.

Part familyCandidate material routesSelection inputs
MantleMn13Cr2 / Mn18Cr2 / Mn22Cr2Feed or process material · Impact and abrasion · Throughput and operating setting · Current wear pattern
Concave / Bowl LinerMn13Cr2 / Mn18Cr2 / Mn22Cr2Feed or process material · Impact and abrasion · Throughput and operating setting · Current wear pattern
Feed ConeManganese steel / High-chrome alloy / Specified alloyFeed or process material · Impact and abrasion · Throughput and operating setting · Current wear pattern
Torch RingLow-carbon steel / Alloy steel / Specified gradeFeed or process material · Impact and abrasion · Throughput and operating setting · Current wear pattern
Arm and Frame LinerManganese steel / Abrasion-resistant plate / Specified alloyFeed or process material · Impact and abrasion · Throughput and operating setting · Current wear pattern

Manufacturing and inspection evidence

The company record supports the operating capability below. The inspection plan for a supplied part is defined in the quotation and purchase specification.

Two production bases
The Luoyang and Kunming facilities have the same company-stated scope for casting, heat treatment, machining and finishing; the applicable route is confirmed per order.
Material verification
Chemical analysis, metallography and hardness testing are available for agreed inspection plans.
Dimensional control
Conventional measurement and 3D scanning support drawing-linked dimensional review.
NDT capability
Ultrasonic, magnetic-particle or penetrant inspection can be specified where technically applicable.

Custom supply when a standard reference is not enough

Discontinued machines, modified assemblies and unidentified worn parts can be reviewed through a controlled evidence route.

Request a fitment review
Drawing
Revision, datums, interfaces, tolerances and inspection points.
Identified sample
Service history and preserved mating features.
Verified dimensions
Controlled measurements with orientation and mating-part context.
Operating duty
Material, load, wear or failure mode and required document scope.

What should procurement confirm before quotation?

Can Cone Crusher Parts be reviewed without an OEM part number?

Yes. Start with the machine model, an approved drawing, an identified sample or controlled dimensions. We identify missing Cone Crusher Parts interfaces before quotation.

How is material selected for Cone Crusher Parts?

Part geometry, installed position, operating duty, impact, abrasion, temperature and the current failure mode determine the candidate route. The accepted route is recorded in the order specification.

Which inspection records can be requested for Cone Crusher Parts?

Chemical analysis, hardness, dimensional inspection, visual inspection and technically applicable NDT can be agreed. Methods, sampling and acceptance criteria are order specific.

Can ZL manufacture custom Cone Crusher Parts?

Yes, when a controlled drawing, identified sample or verified dimensions sufficiently confirm critical interfaces and acceptance criteria before production.

Send your Cone Crusher Parts reference for review

Share the information already available. Unknown fields can be left for engineering review; drawings and photos can be attached in the same form.

  • Fitment reviewed from a model, reference, drawing, sample or verified dimensions
  • Material and heat-treatment route agreed for the actual duty
  • Inspection scope confirmed before production

Optional · PDF, JPG, PNG, WebP, DXF or DWG · maximum 8 MB

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