Liner plates wear out quickly, exposing the drum shell and causing material build-up and contamination.
Hardness and microstructure are unstable, so parts either wear too fast or crack under impact.
Dimensions are not accurate, resulting in difficult installation, poor fit and early loosening.
No technical support when mix design or working conditions change (more abrasive aggregates, higher productivity, longer shifts).
Optimized alloy and high-chromium systems We use chromium series and cast steel series specially developed for concrete mixing equipment, providing strong resistance to abrasion and impact at the same time.
Stable quality from intelligent foundry With medium-frequency induction furnaces, DISA vertical molding lines and self-preheating natural gas heat treatment furnaces, we ensure stable hardness, microstructure and dimensional accuracy in each batch.
Complete range of mixing wear parts
We supply liner plates, mixing arms, blades, scrapers and seals for major concrete batching plant brands, as well as customized designs based on your drawings or samples.
Longer wear life and fewer liner changes, which means fewer shutdowns and reduced labor for maintenance.
More consistent mixing, because the internal geometry of the mixer remains stable over a longer time.
Lower risk of contamination and quality complaints, as aggregate and cement do not accumulate behind worn or cracked liners.
Improved safety, since maintenance personnel spend less time inside confined mixer spaces.
Strong R&D capability Our provincial-level technology center is equipped with spectrometers, mechanical testing machines and metallographic microscopes to control every detail from chemical composition to final properties.
Intelligent management and traceability By integrating ERP, MES and other systems, we realize full-process quality tracking from raw materials to shipment.
Proven track record in concrete industry
We have been a long-term supplier of wear parts for concrete mixing plants and pump trucks, recognized by leading construction machinery groups.