Cement production is one of the most abrasive industrial scenarios, involving long-term grinding, clinker conveying, slag handling, and high-temperature material processing. Raw material particles, cement clinker, and mineral slag continuously scour and wear mill liners, transfer chutes, classifier casings, and material pipes, making equipment wear the biggest challenge for cement plant operation.
Traditional wear castings and manganese plates cannot sustain long-term continuous scouring, resulting in fast thinning, frequent failure, and unstable production efficiency. ATW high-performance bimetallic composite wear-resistant materials are developed specifically for cement industry high-abrasion working conditions.
Our bimetallic wear plates, mill liners, chocky bars, and customized wear blocks feature uniform carbide microstructure, excellent anti-scouring performance, and stable high-temperature resistance. Even under 24-hour continuous operation, the wear layer maintains consistent hardness and abrasion resistance without rapid attenuation.
By applying ATW bimetallic wear components, cement factories effectively reduce equipment replacement cycles, minimize production stops caused by component wear, and greatly improve the overall operating efficiency of cement production lines. Our customized wear solutions perfectly adapt to raw mills, cement mills, vertical mills, and clinker conveying systems.