Use the CCS / CC series, complete nameplate and chamber configuration to identify mantles, concaves, frame wear parts, copper-alloy bushings, locking components and hydraulics for enquiry.
CCS is the single-cylinder hydraulic cone crusher series; CC is the multi-cylinder hydraulic cone crusher series. Identify wear parts and spare parts by complete model, chamber, serial number and installation drawings.
Provide the nameplate, complete model, chamber type or equipment drawings to confirm maximum feed size, discharge setting, capacity, power and the corresponding parts.
| Equipment Series | Complete Model | Key Identification Details | Required Checks Before Manufacturing |
|---|---|---|---|
| CCS Series | Confirm Against the Installed Machine Nameplate | Machine specification, chamber type, mantle and concave profiles | Serial number, general arrangement, drawing number, revision and installation position |
| CC Series | Confirm Against the Installed Machine Nameplate | Machine specification, chamber type, eccentric and bearing arrangements | Serial number, general arrangement, drawing number, revision and installation position |
Confirm CCS and CC spare parts separately by complete model, chamber, bearing arrangement and installation interfaces.
Start with mantles and concaves. Select materials for the chamber, feed, impact loads, ore hardness, wear zones and site wear-life records.
Mantle / Head Liner
Fits on the crusher head and moves eccentrically, forming the chamber with the concave. Check chamber type, profile, head interface, backing gap and discharge setting.
Material Selection: Manganese steel is the main candidate. Confirm grade, chromium content, heat treatment and wear-zone strategy against feed, impact, ore hardness and wear records.
View Part Details →
Concave / Bowl Liner
Secured in the upper shell or adjustment ring to form the specified chamber with the mantle. Check chamber type, angle, seating surfaces, locking arrangement and wear profile.
Material Selection: Manganese steel or a wear-resistant alloy validated for the duty. Confirm chemical composition, heat treatment, dimensions and surface quality against the original drawing.
View Part Details →
Feed Plate / Feed Cone
Located at the top of the crusher to distribute feed and protect the head area. Check outside diameter, centre hole, conical surface, fastening, rotation direction and feed landing point.
Material Selection: Assess manganese steel, quenched and tempered wear-resistant steel or composite wear protection for impact, uneven loading, plate thickness and fastening method.
View Part Details →
Mainframe Liner
Protects frame areas exposed to falling material, rebound and dust abrasion. Check segmentation, curvature, openings, thickness, hole pattern and drive-side clearance.
Material Selection: Select quenched and tempered wear plate, manganese steel or composite wear plate according to the balance of impact and abrasion.
View Part Details →
Arm Guard / Arm Liner
Protects the frame arms and areas near the discharge passages. Check quantity, orientation, profile, thickness, hole pattern and installation zones.
Material Selection: Assess manganese steel or quenched and tempered wear plate for impact, sliding abrasion, fastening and maintenance conditions.
View Part Details →Check bearing and hydraulic parts individually by complete model, orientation, interface, fit, tolerance, oil grooves, material and pressure conditions.
Eccentric Bushing
Located in the eccentric mechanism and contributing to the head motion. Check eccentricity, inside and outside diameters, upper and lower orientation, oil grooves, locating registers, fits and running clearance.
Material Selection: Confirm bearing alloy grade, casting quality, oil grooves, clearance and lubrication conditions against the original design.
View Part Details →
Countershaft Bushing
Supports the countershaft and maintains gear centre distance. Check shaft diameter, housing bore, length, flange, oil grooves, fit and lubrication method.
Material Selection: Confirm the copper bearing alloy or original plain-bearing material for contact pressure, speed, lubrication and temperature rise.
View Part Details →
Socket Liner
Supports the crusher head and allows it to gyrate. Check spherical radius, internal and external profiles, oil grooves, contact pattern, clearance and assembly orientation.
Material Selection: Confirm the copper bearing alloy, surface quality and lubrication features against contact pressure, oscillating duty and the original drawing.
View Part Details →
Locking Nut
Secures the mantle or associated head components. Check thread specification, handedness, end face, locking arrangement, mating parts and assembly or removal method.
Material Selection: Specify high-strength alloy steel, thread accuracy and heat treatment for the axial load and original design.
View Part Details →
Clamping Cylinder Assembly
Used in adjustment or locking mechanisms. Check bore, stroke, mounting interfaces, oil ports, pressure, seal arrangement and crusher configuration.
Material Selection: Confirm cylinder steel components, surface treatment and seal materials for pressure, fluid, temperature and the original drawing.
View Part Details →Submit installed part numbers, general arrangement drawings, part drawings or spare parts lists to identify CCS / CC parts and their positions.
Selection Guidelines: Check OEM drawing numbers and third-party part references separately against the installed model, part position and drawing revision.
Provide the complete nameplate, serial number, general arrangement drawing or project equipment documents, and check the crushing chamber, part position and drawing revision.
No. Also confirm the complete model, chamber type, profile, seating surfaces, locking arrangement, discharge setting, backing, material and drawing revision.
Submit the nameplate, general arrangement drawing, installation position, used part photographs, chamber details and critical dimensions. These help assess identification, dimensional survey and manufacturing to drawing.
Provide the complete model, serial number, drawings, used part photographs, material and operating conditions. We use these to identify parts, assess materials, select manufacturing resources, control quality and deliver finished products.
Phone: +86 156 3797 3199
zzx@anranst.com
ANRANST provides customers worldwide with coordinated consulting, supplier sourcing, quality control and finished-part delivery for custom parts, wear parts and industrial spares from China, with scope to support other custom industrial parts.
Equipment and part identification, drawing review, material selection and manufacturing feasibility assessment.
Match requirements with suitable manufacturers in China and coordinate the exchange of technical information.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
Coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts.
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