They are also known as technical blades and they are usually made of chrome/tungsten alloyed tool steels. They are implemented in the paper or plastics industry.
Corrosion-resistant mould steel, highest cleanliness and good polishability, good machinability, low distortion through- hardening steel, high hardenability, high wear resistance
Read MoreCorrosion-resistant mould steel, highest cleanliness and good polishability, good machinability, low distortion through- hardening steel, high hardenability, high wear resistance
Read MoreStandard case hardening steel, easily machinable, good polishability, suitable for cold hobbing, high surface hardness with high core toughness can be achieved with appropriate heat treatment
Read MoreHot work steel with good high temperature strength and very good toughness, high resistance to thermal shock and wear, nitridable, good polishability
Read MoreAir-hardening special cold work steel, with respect to toughness and wear resistance it is between medium and high alloyed steels; good machinability, high hardenability, low dimensional changes as a result of heat treatment, good through-hardening properties and excellent compressive strength
Read MoreLedeburitic 12 % chromium steel, high wear resistance, good toughness, high compressive strength, nitridable, low distortion
Read MoreLedeburitic 12 % chromium steel, high wear resistance, good toughness, high compressive strength, nitridable, low distortion
Read MoreLedeburitic 12% chromium steel with good dimensional stability and high wear resistance, very good compressive strength combined with adequate toughness.
Read MoreOil and air hardening die steel with good through hardenability, good toughness and high temperature strength
Read MoreThrough-hardening steel with the highest toughness, low distortion, good polishability
Read MoreOil hardening steel with simple heat treatment, especially easy to machine, high hardenability, good dimensional stability
Read MoreUnalloyed tool steel, good machinability
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