Most industrial equipment failures in mining, cement, and thermal power industries are caused by local wear and impact damage of key components. For decades, manufacturers have relied on single‑material wear parts including manganese steel plates, high‑chromium cast iron parts, and ordinary alloy steel components. Although these traditional products have basic wear resistance, their inherent material defects restrict long‑term industrial production efficiency. In contrast, modern bimetallic composite wear parts have achieved comprehensive performance upgrades in structure, material formula, and service life.

First of all, traditional single‑metal products can only balance a single performance indicator. High‑hardness cast iron parts are wear‑resistant but brittle, prone to fracture under strong impact; high‑toughness manganese steel parts resist impact but have low hardness, leading to rapid abrasive wear. Bimetallic composite products perfectly integrate the advantages of two metal materials. The flexible steel base ensures impact resistance and installation stability, while the high‑alloy surface layer provides ultra‑strong wear resistance, realizing dual protection against wear and impact.

Secondly, ATW bimetallic wear parts adopt mature one‑stop composite manufacturing technology, with consistent hardness distribution from surface to deep layer. Traditional single‑metal parts suffer from rapid performance attenuation after long‑term friction, with obvious hardness decline and severe surface abrasion. Our products maintain stable mechanical properties throughout the service cycle, avoiding frequent replacement and equipment shutdown losses.

In terms of installation and applicability, bimetallic composite parts support diversified installation methods such as bolt fixing and on‑site welding, with good machinability and adaptability. They can be customized in size and structure according to different equipment models and working conditions. Actual industrial data shows that the service life of bimetallic wear parts is 3–5 times that of traditional single‑metal parts, which significantly reduces enterprise maintenance costs and improves overall production output.