Use the standard PXZ models and nominal dimensions to identify spider and liner wear systems, main shafts and protective sleeves, eccentric components, drives and hydraulics, then confirm drawing numbers and request a quotation.
This page covers the models, nominal dimensions, key installation positions, materials and technical checks relevant to spare parts supply. The main shaft and its protective sleeve are shown separately because they are different components.
The two groups of numbers in each model identify the nominal feed opening and cone base diameter series. Manufacturing and quotations still require the project nameplate, full model, serial number, drawing number and general arrangement drawing.
| Model | Nominal feed opening | Nominal cone base diameter | Verification basis |
|---|---|---|---|
| PXZ30-55 | 30 in | 55 in | Confirm against the full model, project nameplate and general arrangement drawing |
| PXZ42-65 | 42 in | 65 in | Confirm against the full model, project nameplate and general arrangement drawing |
| PXZ50-65 | 50 in | 65 in | Overseas project installations are documented; confirm by serial number |
| PXZ54-75 | 54 in | 75 in | Model identifiable in public CITIC HIC project documents |
| PXZ62-75 | 62 in | 75 in | Model identifiable in public CITIC HIC project documents |
| PXZ60-89 | 60 in | 89 in | Confirm against the full model, project nameplate and general arrangement drawing |
| PXZ70-89 | 70 in | 89 in | Confirm against the full model, project nameplate and general arrangement drawing |
| PXZ60-110 | 60 in | 110 in | Confirm against the full model, project nameplate and general arrangement drawing |
| PXZ63-130 | 63 in | 130 in | Confirm against the full model, project nameplate and general arrangement drawing |
| PXZ72-130 | 72 in | 130 in | Confirm against the full model, project nameplate and general arrangement drawing |
A nominal model designation is not a manufacturing specification. The same model may have different structures or materials across projects, production periods and drawing revisions.
Spider protection, liners, main shaft protective sleeves and shell wear plates are presented in the agreed order of priority. Each card links to the relevant part and material pages.
Spider Cap, Shield & Arm Liner
Located above the feed opening, these parts withstand impact from large rocks, uneven loading and sliding wear. Check the spider arm structure, plate profile, orientation, hole pattern, thickness and feed direction.
Material Selection:Confirm high-manganese steel, quenched and tempered wear plate or a composite wear-resistant construction according to impact energy, plate thickness and fastening method.
View Part Details →
Concaves
Installed in segments around the upper shell, concaves form the crushing chamber with the mantle. Check the number of tiers, segment layout, profile, support faces, backing clearance and wear records for each tier.
Material Selection:High-manganese steel is the main candidate. Confirm the grade, chemistry, heat treatment and zoned arrangement according to the ore and impact conditions.
View Part Details →Mantle
The mantle covers the main shaft cone and moves with its gyratory motion, working against the concaves to crush material. Check the upper and lower profiles, head nut interface, backing and discharge opening.
Material Selection:High-manganese steel is the main candidate. Confirm the material and heat treatment against feed conditions, impact, ore hardness and wear records.
View Part Details →
Mainshaft Protective Sleeve
This independent protective component fits around the main shaft; it is not the shaft or shaft assembly. Check the inside and outside diameters, length, locating shoulder, fit and removal direction.
Material Selection:Confirm the base material, surface hardness, heat treatment and fit against the original design. The main shaft material cannot simply be substituted.
View Part Details →
Spider Underside Wear Liner
These liners protect the underside of the spider and adjacent areas from flying rock, rebound and abrasive ore flow. Check left/right orientation, plate arrangement and hole patterns.
Material Selection:Select high-manganese steel or quenched and tempered wear plate according to the balance of impact and sliding wear.
View Part Details →
Top Shell Wear Plate
These plates protect the upper shell in feed and rebound zones. Check installation zones, plate thickness, curvature, overlaps, fastenings and the boundary with the concave liners.
Material Selection:Confirm quenched and tempered wear plate, high-manganese steel or a composite wear-resistant construction according to impact, abrasion and installation method.
View Part Details →Identify drive and load-bearing components separately. Check drawing numbers, materials, interfaces and fits individually for the main shaft, external protective sleeve, eccentric bushing, gears, bearings and seals.
Spider Assembly
The complete-machine image identifies the top spider position. For the assembly, check the arms, central support, connecting flanges, lifting points, bushing seats and machine model.
Material Selection:Confirm large cast-steel or welded structures, connectors and support materials against the original drawings, loads and non-destructive testing requirements.
View Part Details →Mainshaft
The main shaft is a core load-bearing component and must be checked separately from its external protective sleeve. Confirm journals, tapered surfaces, straightness, assembly interfaces and inspection requirements.
Material Selection:Confirm the large forged alloy steel, heat treatment, journal accuracy, straightness and non-destructive testing against the full model and original drawings.
View Part Details →
Spider Bearing & Oil Seal
These components support the upper end of the main shaft while maintaining lubrication and sealing. Check shaft diameter, bushing inside and outside diameters, flanges, oil grooves, support structure and seal type.
Material Selection:Confirm bearing copper alloys, steel support components and seal materials according to load, lubrication, temperature and fluid.
View Part Details →
Eccentric Bushing
Located within the eccentric mechanism, this bushing produces and supports the main shaft's gyratory motion. Check eccentricity, inside and outside diameters, top/bottom orientation, oil grooves, locating shoulders and working clearances.
Material Selection:Confirm the bearing copper alloy grade, casting quality, oil grooves and fit clearances against load, lubrication and original drawings.
View Part Details →
Bevel Gear
Check the gear wheel and pinion as a matched pair: module, tooth counts, pressure angle, helix direction, mounting distance, backlash and contact pattern.
Material Selection:Confirm carburized or quenched and tempered transmission alloy steel, tooth surface hardness, core toughness, accuracy and matched-pair inspection against the original design.
View Part Details →
Pinion
The pinion meshes with the gear wheel to transmit power from the horizontal shaft. Check tooth count, helix direction, tooth geometry, shaft interface, backlash and matched-pair meshing records.
Material Selection:Confirm forged transmission alloy steel and its heat treatment according to torque, impact loading, tooth surface hardness and core toughness.
View Part Details →
Pinionshaft Bearings
These bearings support the horizontal pinion shaft and maintain gear centre distance. Check bearing designation, clearance, load direction, journal and housing bore tolerances, and lubrication.
Material Selection:Confirm bearing steel, cages and associated lubricants according to speed, load, temperature rise and original specifications.
View Part Details →
Pinionshaft Seals
These seals exclude dust and retain gearbox lubricant. Check shaft diameter, grooves, lip orientation, temperature, oil type, speed and end cover structure.
Material Selection:Confirm NBR, HNBR, FKM, polyurethane or engineering seal materials according to temperature, fluid and type of motion.
View Part Details →
Hydroset Bushings
These bushings are part of the hydraulic adjustment and main shaft support system. Check upper/lower position, inside and outside diameters, axial height, oil grooves, fit clearances and interfaces.
Material Selection:Confirm bearing copper alloys and hydraulic structural steel components according to bearing pressure, lubrication, dimensional stability and original drawings.
View Part Details →
Hydroset Piston Seal
These seals maintain hydraulic adjustment pressure and exclude contaminants. Check cylinder bore, rod diameter, grooves, pressure, temperature, fluid and seal stack orientation.
Material Selection:Confirm polyurethane, NBR, HNBR, FKM, PTFE or composite seals according to pressure, fluid and temperature.
View Part Details →
Dust Sealing System
This system protects the eccentric and lubrication areas. Check seal rings, grooves, contact surfaces, purge or positive-pressure conditions and associated dust protection components.
Material Selection:Confirm elastomers, polyurethane or engineering plastics according to dust, temperature, oil type and relative motion.
View Part Details →
Step Bearing Components
These components carry the main shaft's axial load and work with the hydraulic adjustment system. Check the stacking order, contact diameters, oil film clearance and assembly height.
Material Selection:Confirm wear-resistant alloy steel and bearing copper alloys according to bearing pressure, lubrication, flatness and fit requirements.
View Part Details →The available public documents do not provide a part-number table traceable item by item to PXZ models, installation positions and drawing revisions. Numbers are therefore not inferred on this page.
Numbering rules:Publish only numbers traceable to a specific model, installation position and original evidence. Record OEM drawing numbers and third-party spare part numbers separately; do not merge or infer them.
No. They identify the machine's nominal series, not manufacturing dimensions for individual parts. Confirm the drawing number, drawing revision, installation position and actual interfaces.
No. The main shaft carries load, while the protective sleeve is a separate component fitted around it. Check dimensions, materials and drawing numbers for each independently.
Start by providing the full model, project nameplate, general arrangement drawing, installation position, used-part photos, drawings and critical dimensions. These allow assessment of identification, reverse measurement, material selection and manufacturing requirements.
Provide the full model, serial number, OEM or third-party number, drawings, used-part photos, material and operating conditions. We use these to identify the part, assess materials, match manufacturing requirements, control quality and deliver finished components.
Phone: +86 156 3797 3199
zzx@anranst.com
ANRANST provides customers worldwide with engineering assessment, production at certified foundries to drawing, quality control and finished-part delivery for custom wear parts and industrial spares, with scope to support other custom industrial parts.
We review mating surfaces and interface dimensions and assess material, heat treatment and manufacturing feasibility.
Material grades and heat-treatment processes are specified order by order, confirmed in the technical agreement and tracked through production.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
We coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts in a workable, closed-loop supply process.
Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.
Submit an Enquiry