A No, they won't. Through precise alloy composition and graded quenching, we impart high impact toughness to the product, specifically engineering it to resist breakage.
A It produces a finer, denser grain structure with virtually no porosity or shrinkage cavities; consequently, wear resistance improves significantly—by 20–30%—at the same hardness level.
A We utilize fully automated, multi-stage heat treatment furnaces with precise temperature control, keeping hardness fluctuations within a stable range of ±1 HRC.
A Yes. We section samples and use Rockwell hardness testers and metallographic microscopes to analyze the core's hardness and microstructure, respectively.
A Yes. By optimizing the alloy composition and heat treatment profiles, we effectively ensure that the carbides are distributed in an ideal, finely dispersed state.
A Absolutely. We can formulate various wear-resistant compositions—including high/medium/low chromium, multi-element alloys, and high manganese—tailored to specific operating conditions.
A We maintain strict control over the entire process and issue a traceable inspection report for every batch, detailing data such as chemical composition, hardness, and microstructure.
