Steel

X12MΦ steel is suitable for stamping dies, cold extrusion dies, wire rollers, wire rings, cold scissors, and precision measuring tools with complex shapes.

Cr12MoV steel is suitable for blanking die steel, drawing die, thread rolling die, thread rolling plate, and die with complex shape and impact load.

The highlight of Cr12W steel as a high-end cold work die steel lies in its excellent wear resistance (62-64HRC) and perfect balance of toughness. Cr12W steel significantly improves its red hardness by adding 1% tungsten element, ensuring stable performance of the die at 300 ℃; The optimized carbide distribution of Cr12W steel gives it three times the service life of ordinary mold steel, making it particularly suitable for precision electronic component stamping and automotive part forming.

1.2436 steel is suitable for medium load stamping die, stamping stainless steel, copper, silicon, aluminum, etc.

1.2365 tool steel has high heat resistance, impact and fatigue, and good thermal conductivity. 1.2365 tool steel is suitable for high-pressure working tools, hot die forging press steel, copper, non ferrous metals and pressure casting molds.

H13 hot working die steel. It has excellent machinability and polishing performance, high toughness and plasticity, good high and low temperature wear resistance, high temperature fatigue and heat resistance. H13 tool steel can be used for die forging hammer forging die, aluminum alloy die casting die, hot extrusion die, high-speed precision forging die and forging press die, etc.

L6 steel is a multi-purpose Oil hardened, heat-resistant and wear-resistant forged steel tool steel with very good toughness. L6 tool steel is suitable for tools, molds and mechanical parts. They need a good combination of hardness and toughness. The relatively high nickel content makes the alloy have greater impact toughness than other ordinary oil hardening grades.

5CrNiMo tool steel is suitable for manufacturing large and medium-sized hammer forging dies and trimming dies with complex shapes, large impact load and low working temperature.

The highlight of 1.2367 steel lies in its perfect performance balance: it maintains excellent toughness even at 62HRC ultra-high hardness, and its wear resistance life is more than three times that of ordinary mold steel; 1.2367 steel has excellent dimensional stability after deep cryogenic treatment (0.002mm/100mm), and maintains accuracy even after 2 million stamping cycles; The optimized heat treatment process of 1.2367 steel has increased processing efficiency by 40%, making it the preferred material for precision electronic molds.

4Cr5MoSiV mold steel has good thermal strength and heat fatigue resistance, and can maintain stable performance under high temperature conditions. 4Cr5MoSiV mold steel is widely used in die-casting molds, injection molds, plastic molds and other fields.