Showing 13–24 of 38 results

1.2367 (DM3X)

Developed instead of 2365, it is the steel preferred in manufacturing where high temperature resistance is required. It provides both higher hardness and higher wear resistance.

1.2379 (CPPU)

1.2379 material (CPPU) X153CrMoV12 is a ledeburitic cold work tool steel containing 12% chromium. It is also suitable for PVD/CVD coating due to its secondary hardenability.

1.2436 (CPW)

1.2436 tool steel (X210CrW12) is a cold work steel with 12% chromium ledeburitic structure. It has very high abrasion resistance. It has better hardening ability and higher toughness than CP10V (1.2080) steel.

1.2510 (Z3C)

Medium alloyed cold work steel with good hardening capacity, high wear resistance, dimensionally stable during heat treatment. Similar to AISI

1.2550 (Hidalgo I)

1.2550 tool steel (60WCrV8) is the legendary impact steel developed by our business partner Dörrenberg.

It is preferred in molds and tools working with impact because its toughness,

dimensional stability and impact resistance properties are very good.

1.2601 (CPPK)

Ledeburitic %12 chrome steel, very high resistance against abrasive and adhesive wear, good thoughness, good dimensional stability, high compressive strenght,

1.2631 (WR Spezial)

Medium alloyed cold work steel, good through – hardenability, high wear resistance, very good thoughness.

1.2714 (A50)

It is a nickel alloy die steel with excellent toughness and hardenability to the core. Shipped as Soft Annealed.

1.2721 (NC50E)

Very tough cold work tool steel, very good through hardenability, good machinability.

1.2767 (VNC4)

It is a nickel alloy impact steel with high toughness. It is used for cutting and forming thick sheets due to its excellent toughness. Its hardenability and polishability are also high. The hardness of use is between 52 - 54 Rc.

1.2826 (MS)

Cold work tool steel, good toughness, high elasticity in tempered condition. Similar to AISI S4.

1.2842 (Z1B)

1.2842 tool steel (90MnCrV8) is a medium alloy cold work steel containing approximately 1% carbon. It has a high hardening ability towards the core. It is dimensionally stable and has good compressive strength.