2026-08-26
Cr12Mo1V1 is a high-carbon, high-chromium cold-work die steel belonging to the ledeburitic steel category; it features high hardenability, high hardening capacity, and high wear resistance.
2026-08-18
Cr12MoV is a high-carbon, high-chromium ledeburitic cold-work die steel.
2026-08-11
Cr12MoV is a high-carbon, high-chromium ledeburitic cold work die steel, belonging to the category of alloy tool steel, and is a widely used die material in the industrial field.
2026-08-04
7Cr7Mo2V2Si is a cold-work die steel characterized by high strength and toughness; it is widely used in industrial manufacturing due to its excellent processability, wear resistance, and high-temperature strength and hardness.
2026-07-31
7Cr7Mo2V2Si (referred to as LD steel) is a high-carbon, high-alloy cold-work die steel independently developed in my country.
2026-07-21
Cold-work dies face a daily grind against steel plates and wire rods, subjecting their surfaces to rapid wear—yet they must maintain their precise shape without distortion.
2026-07-15
Cr12 is a high-carbon, high-chromium cold-work die steel containing over 2% carbon and 11–13% chromium; it is a classic material for cold-stamping dies, cold-heading dies, and shearing tools.
2026-07-09
W6Mo5Cr4V2 is a tungsten-molybdenum high-speed tool steel, belonging to the category of general-purpose high-performance alloy steels.
2026-07-03
6W6Mo5Cr4V is a low-carbon high-speed cold work die steel. By reducing the carbon content (0.55%-0.65%) and vanadium content (0.70%-1.10%), the carbide distribution morphology is significantly optimized.
2026-06-24
Cr4W2MoV is a typical high-alloy tool steel. Based on a high carbon content, it incorporates multiple alloying elements such as chromium (Cr), tungsten (W), molybdenum (Mo), and vanadium (V), achieving a balanced performance in hardenability, hardenabilit
2026-06-18
Main characteristics of Cr4W2MoV:
Cr4W2MoV steel is a new type of medium-alloy cold work die steel. Its eutectic compounds are finely grained and uniformly dist
2026-06-12
In modern manufacturing, tooling materials must withstand extreme wear, heavy loads, and repeated impact.