Industrial cutting tools depend on high-speed steel to survive friction, heat, and repeated mechanical load. M2, M35, and M42 each bring a different mix of
HSS M2 grade is a molybdenum-type high-speed tool steel, used a lot in drilling, milling, and threading. Hardness, wear resistance, hot hardness, and toughness decide
Tool steel is a specialized steel category developed for tools, dies, moulds, and other wear-intensive applications where hardness and wear resistance matter above almost everything
High-speed steel holds a cutting edge at temperatures near 600°C, a threshold that ordinary carbon tool steel cannot survive without softening. Among HSS grades, M2
ASP 2030 steel round bars represent a premium powder metallurgy high-speed tool steel prized for exceptional wear resistance, toughness, and dimensional stability that conventional tool
D2 round bar is a high-carbon, high-chromium cold-work tool steel widely specified across tooling and precision engineering applications for its hardness and wear resistance. But
High speed steel holds its cutting edge near 600°C, far above the point where plain carbon tool steel softens. That property keeps HSS steel in
Selecting the wrong tool steel for a high-impact application costs far more than the price difference between grades. A punch that High Speed Steel is
Introduction Selecting tool steel for demanding industrial tooling means balancing four properties at once: wear resistance, toughness, hardness, and hot hardness. No single grade maximizes
D3 tool steel earns its place on the shop floor through one quality above all else: it survives abrasive contact far longer than ordinary die
