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規格	扁圓齊全	材質	K110
產地/廠傢	百祿	直徑	500以下

Grade / Brochures

Description

An Electro Slag Remelted 8% Cr-steel development by BÖHLER, a tough, wear resistant cold work tool steel with a high compressive strength.

Conventionally produced 8% Cr steel which combines very good machinability, good EDM properties and good dimensional stability.

A further development of an Electro Slag Remelted 8% Cr-steels, a tough, wear resistant cold work tool steel with high compressive strength, specially designed for abrasive and adhesive loading.

Currently our best PM cold work tool steel withhighest hardness,good toughnessandwear resistance.

Cold work tool steel

High performance steels for the punching and blanking industry

Grade / Brochures

Description

Survey of cold work tool steels

Standard grade of dimensionally stable ledeburitic, high carbon, high chromium (12%) tool steels.

Dimensionally stable, high carbon, high-chromium (12%) steel. Particularly suitable for air hardening. Good toughness.

Dimensionally stable ledeburitic 12% chromium steel, possessing superior wear resistance, suitable for air hardening.

Dimensionally stable, high carbon, high-chromium (12%) steel. Particularly suitable for air hardening. Good toughness.

Cold work tool steel possessing good resistance to abrasion, and excellent elasticity.

Air hardening cold work tool steel with good dimensional stability, high resistance to wear and good machining properties.

Tool steel having excellent toughness and wear resistance, as well as high retention of hardness.

Cold work tool steel with excellent toughness and good wear resistance.

Shock resisting steel exhibiting excellent toughness and wear resistance.

Cold work tool steel with high thoughness and full hardenability, also large dimensions. High impact strength and compressive strength. For oil and air hardening. Good polishability.

Cold work tool steel with high thoughness and full hardenability, for air hardening.

Wear resisting hard manganese steel featuring high toughness and excellent weldability which acquires its working hardness (surface hardness up to 600 Vickers) by strain hardening, thus being particularly suited for applications involving wear by impact or pressure.