06 / 08Technical Information
Tool Steels
Alloy steels used for cutting, forming and moulding, where high hardness, wear resistance and dimensional stability are required.

Groups and typical grades
- Cold-work tool steels: 1.2379 (D2), 1.2080, 1.2842 — cutting and forming dies, punches.
- Hot-work tool steels: 1.2344 (H13), 1.2343 — forging, die-casting and extrusion dies.
- Plastic mould steels: 1.2738, 1.2311, 1.2083.
- High-speed steels: 1.3343 (M2) — drills, milling cutters and cutting tools.
Heat treatment notes
Hardening tool steels in a vacuum gives a clean surface with no oxidation or decarburisation and low distortion. Tempering after hardening is usually repeated two or more times. On hot-work steels, nitriding increases wear and thermal-fatigue resistance. Stress relieving before final machining can be applied to reduce machining stresses in dies.
Which processes for this steel?
State the steel grade, target hardness and depth in the quote form; we will determine the suitable induction or heat treatment process together.
Quote in 3 steps
Your request goes straight to our quotations team and we get back to you as soon as possible.
- Job detailsTell us the service, the material and the quantity.
- Drawing and notesAttach your technical drawing if you have one and add any special requirements.
- Contact detailsLeave your contact details. Your request goes to our quotations team and you receive a confirmation email.
Related services
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Vacuum Hardening Vacuum hardening for tool, die and martensitic stainless steels: a clean surface with no oxidation or decarburisation, and low distortion.
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Tempering Tempering for hardened steel parts: relieves internal stresses, restores toughness and sets the hardness to the value on your drawing.
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Nitriding Nitriding: nitrogen diffusion gives a hard surface resistant to wear and fatigue, with no quenching and low distortion; for alloy and tool steels.