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This air separation plant has a capacity of 40000 Nm3/h. It separates atmospheric air into its primary components for use in metallurgical processes.

This equipment is used in the processing of minerals extracted from mining operations. It facilitates the refinement and preparation of minerals for various industrial applications.

This heavy-duty mining machine is engineered for cutting and conveying materials in underground operations. It features an integrated belt conveyor system for efficient material removal.

This composite lining is made of ceramic tiles bonded to a steel backing plate. It is designed for wear resistance in heavy industrial applications, such as mining machinery.

These blow bars are used in mining or crushing applications. They feature a composite construction with a metallic striking surface bonded to a robust backing material.

This cone crusher mantle utilizes a high manganese steel matrix. High wear-resistant ceramic stiffeners are embedded within the matrix to improve wear resistance.

These jaw crusher plates feature a high manganese steel matrix with ceramic composite. This design provides enhanced wear resistance and extends the lifespan of the plates compared to standard high manganese steel plates.

This roller tyre is made from hardfacing composite material, allowing for repeated welding repairs and reduced costs. The inner base is cast steel, providing good toughness and resistance to breakage.

These ball mill liners are made from high chromium cast iron with a hardness greater than 60HRC. They are designed for overflow grinding applications and offer high wear resistance, high temperature resistance, and corrosion resistance.

This vertical mill roll sleeve is designed for LM48.4 vertical mills. It is made from cast steel, allowing for repeated surfacing repairs and good toughness.

Crusher blow bars are essential wear parts for horizontal shaft impactors used in crushing applications. These durable bars are made from high-chrome alloy steel and are designed for use in mining, quarry, recycling, and demolition fields.

This vertical roller mill roller assembly is designed for LM/CK/MPS/MLS/AUTOX series mills. The robust assembly is a critical component in grinding processes within mining and industrial applications.

This wear-resistant ceramic liner is designed for coal mills. The composite lining plate is made of Cr18-28%+ refractory oxide and has a hardness of 60±2 HRC(matrix).

This roller skin is a replacement part for vertical roller mills, designed to maintain efficient grinding. Manufactured to meet EN 12513, ASTM A532, and GB/T8263 standards, it is made from high chromium cast iron with a hardness greater than 60HRC.

High chromium table liners are designed for vertical roller mills. They offer good wear resistance and high hardness, reducing the risk of cracking when encountering high hardness materials.

These roller segments are crucial components for grinding mills used in the mining and cement industries. They are made from high-chromium cast iron, nickel cast iron, metal composite ceramics, and other wear-resistant composite materials, with a hardness exceeding 60HRC.

These bimetallic high chromium composite hammers are manufactured for mining machinery. They are made of Cr18-28%+ refractory oxide material and feature a 60±2 HRC matrix hardness.

This metal matrix ceramic composite roller segment is designed for use in mining machinery. The segment features a ceramic composite material embedded in a metal matrix, offering enhanced wear resistance and durability.