First, with technological upgrading as the core, build a moat of product competitiveness The essence of upgrading the wear-resistant materials industry lies in enhancing product performance and added value through technological breakthroughs, thereby breaking the perception of "low quality and low price" in overseas markets. Material formula innovation: In response to the wear requirements of different working conditions (such as mining, cement, and metallurgy), customized wear-resistant material formulas are developed. For instance, by optimizing the proportion of alloying elements such as chromium, molybdenum and nickel, and combining microalloying techniques (such as adding vanadium and titanium to refine grains), the balance between the hardness (HRC≥60) and toughness (impact toughness ≥12J/cm²) of forged steel balls can be enhanced, addressing the pain points of traditional products being either "hard and brittle" or "tough and soft". Meanwhile, computer simulation technology (such as JMatPro thermodynamic simulation) is introduced to predict material properties, shortening the R&D cycle by more than 30%.