Product Detail
Drawing-based wear liners for crushers, mills, chutes, hoppers, and transfer points, matched to confirmed wear position, material, profile, fasteners, fit, and inspection, with material and structural details reviewed against the equipment drawing and operating conditions.
Product Information
Drawing-based wear-resistant liners and liner plates for crushers, grinding mills, chutes, hoppers, transfer points, and other confirmed mining or bulk-material equipment positions.
Within the specified equipment, the product performs the function and occupies the position defined by the approved assembly drawing. Its duty is reviewed against the installation location, mating components, process boundary, operating environment, loads, applicable utility interfaces, maintenance access, and replacement method.
Material may include the cast steel, wear-resistant alloy, or composite construction confirmed by the drawing and application review. No fixed wear-life improvement is promised from a material name alone. Final selection remains controlled by the approved customer technical documentation and operating duty.
Provide the equipment manufacturer and model when available, exact liner position, arrangement drawing, current liner material and mass, ore or handled material, feed size, moisture, abrasion and impact pattern, operating direction, installation access, change-out method, and observed failure mode. Drawing revision, equipment interfaces, operating conditions, and acceptance requirements are reviewed before quotation.
Integrated Production
Manufacturing support from drawing review and material preparation through forming, machining, assembly and final release.
Confirm material, interfaces, dimensions, cooling details, and inspection scope.
Prepare the specified copper billet, plate, bar, or customer-approved material.
Control copper melting and alloy preparation to the confirmed material route.
Prepare ingots, billets, or blanks for the selected downstream process.
Use hot forging or one-piece forming where required by the approved route.
Apply annealing, stress relief, or aging when specified for the selected material and condition.
Machine holes, grooves, faces, profiles, and final interfaces to the drawing.
Complete welding, brazing, or structural fabrication where included in the confirmed scope.
Complete fit-up, assembly, and integration checks for the ordered component scope.
Complete release inspection, documentation, protection, and packing before shipment.
Quality Capability
Inspection options are selected according to customer drawings, material standards, working conditions and project acceptance requirements.
UT, PT, RT, ET, helium leak, and hydrostatic testing can be arranged according to the required procedure and acceptance criteria.
Critical dimensions, wall thickness, roundness, straightness, concentricity, hole position, and drawing tolerances can be checked.
Chemical composition, tensile, yield, elongation, hardness, and other specified material verification options can be arranged.
Macrostructure, microstructure, grain size, inclusions, segregation, and forging flow line can be checked when specified.
Cracks, folds, oxide scale, scratches, dents, and roughness can be checked when required.
Material certificates and traceability documents can be linked to the applicable project records.
Inspection reports, packing lists, and shipment photos can be supplied according to the confirmed order scope.
Export Delivery
Product-specific supports and restraints reduce movement and contact damage during handling and transport.
Surface wrapping, moisture protection, impact protection, and export wooden cases are available as ordered.
Packing, commercial, material, inspection, and shipment records are supplied according to the confirmed order scope.
Use Cases
Market Coverage
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Send drawings, material grade, quantity and application details. Our engineering team will review the manufacturing route and inspection requirements before quotation.
