|
100McCrW4
|
An oil hardening DIN specification which hardens at a relatively low temperature with
minimum distortion.
|
|
X155CrVMo12-1
|
A DIN tool steel giving a good hardness with added toughness. This grade
can be vacuum hardened when minimum distortion is required.
|
|
X210Cr12
|
A DIN tool steel which has a high carbon, high chromium content and attains a high hardness with
good abrasion resistance.
|
|
X210CrW12
|
This grade achieves a high hardness with good abrasion resistance. |
|
X100CrMoV5-1
|
An air hardening tool steel. It characteristics are its high abrasion
resistance with good toughness.
|
|
X40CrMoV5-1
|
This is a hot work tool steel specification. It is air hardening with very little distortion.
|
|
60WCrV7
|
A shock resisting DIN specification tool steel, with good abrasion resistance. When hardened it
offers a good cutting ability with great toughness
|
|
40CrMnMo7
|
This is is a pre-hardened high tensile steel which is readily machineable. 40CrMnMoS86 is a
similar grade with a higher sulphur content
|
|
X45NiCrMo4
|
A 4 1/4% nickel steel, which achieves a good through hardness. This DIN grade is capable of taking
a good polish and is commonly used as a plastic mould steel.
|
|
S6-5-2
|
A high speed steel, which offers good wear resistance with superior toughness and machineability.
|
|
X42Cr13
|
A 13% chromium stainless mould steel which will achieve a good hardness and gives a good
polish. It is resistant to attack from corrosive plastics.
|
|
90MnCrV8
|
An oil hardening steel which can be heat treated with minimum distortion. |
|
50CrV4
|
A chromium vanadium type spring steel specification. |
