TECHNOLOGY
Advantage Of ATWABRASION Wear Parts
Excellent wear resistance, thermal strength, red hardness, toughness, weldability, machinability, assembly.
Obvious cost‑effective advantage, suitable for abrasive wear in various occasions.
Performance Characteristics
Excellent anti‑erosion and wear‑resistant and pressure and impact resistance.
Not only exerts the wear‑resistant and corrosion‑resistant properties of wear‑resistant alloys, but also retains the inherent mechanical properties of mild steel.
Superior Comprehensive Performance
Our bimetallic composite material combines the strengths of mild‑steel base and high‑alloy wear‑resistant layer. It solves the conflict of high hardness, wear resistance and weldability that single‑material solutions cannot achieve, adapting to complex working conditions.
Outstanding Abrasion Resistance
The wear‑resistant layer adopts high‑chromium‑molybdenum alloy. Macro hardness reaches HRC63+, with dense hard carbides inside. Micro‑hardness HV1500‑1800, delivering reliable anti‑abrasion performance against particle erosion.
Stable Hardness Consistency
Optimized alloy formula and composite process ensure uniform hardness across the wear‑resistant layer. Hardness barely decays from surface to inner layer, effectively extending service life under continuous wear.
Good Corrosion Resistance
High‑chromium alloy offers great high‑temperature oxidation resistance. Optimized matrix potential brings stable acid‑alkali corrosion resistance, suitable for working environments with both wear and corrosion factors.
Optimized Integrated Structure
Metallurgical bonding fuses wear‑resistant alloy and carbon‑steel substrate as one piece. Smooth surface reduces material adhesion and blockage risk, effectively preventing delamination and peeling in service.
Easy Installation & Transportation
Support bolt‑on, welding and vulcanized connection without damaging product performance. Tolerates moderate impact during handling. No bulky protective packaging required, saving logistics and installation costs.
Wide Application Scope
Suitable for mining, cement, thermal power, metallurgy, dredging, recycling, papermaking, building‑materials and other heavy‑duty industries. Customizable for diverse operating conditions.
High Cost‑Performance
Superior wear‑resistance and impact resistance plus simple installation lower maintenance frequency and equipment downtime. Boost production output, delivering better overall economic benefits vs single‑material wear parts。