At high temperature, this material reserve its hardness and strength; and also it is resistant to mechanical and thermal shock.

Tool steels is used in cutting, grinding and coating moulds which have high abrasion resistance. This high carbon cold worked tool steels, when martensitic transformation is completed in minus temperatures, cryogenic process takes place to minimize the residual austenite. This process takes place at -196 degree and it considerably increases the toughness and abrasion resistance of the material.

They have excellent polishing and machining properties, also under pressure this type of steels has high strength and corrosion resistance.

Powder metallurgy, as flange connection valves, you are allowed to produce homogeneous components which have same properties in all directions. It helps saving material and decrease the turning cost. Powder metallurgy is the future technology. Powder metallurgy is preferable due to bring strength, performance and also to improve the quality of cold worked tool steel and high performance gear cutting tool production.

Corrosion resistance and thermal conductivity are very high, very well polishable alloys.
Their use in casting molds and plastic mold sector is increasing due to the wide range of heat conductions.