Precipitation hardening steels
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- 40CrMnMo7
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- Plastic Moulding
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- 1.2311
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- Formadur 2316 /Superclean
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- Standard steel for Moulds
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- 40CrMnMo7
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- Plastic Moulding
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- 1.2311
- Brand
- Formadur 2316 /Superclean
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- Standard steel for Moulds
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- Tool Steels
- Material Classifictation
- 40CrMnMo7
- Family
- Plastic Moulding
- Material Number
- 1.2311
- Brand
- Formadur 2316 /Superclean
- Characteristics
- Standard steel for Moulds
- Portfolio
- Tool Steels
- Material Classifictation
- 40CrMnMo7
- Family
- Plastic Moulding
- Material Number
- 1.2311
- Brand
- Formadur 2316 /Superclean
- Characteristics
- Standard steel for Moulds
- Portfolio
- Tool Steels
- Material Classifictation
- 40CrMnMo7
- Family
- Plastic Moulding
- Material Number
- 1.2311
- Brand
- Formadur 2316 /Superclean
- Characteristics
- Standard steel for Moulds
- Portfolio
- Tool Steels
- Material Classifictation
- 40CrMnMo7
- Family
- Plastic Moulding
- Material Number
- 1.2311
- Brand
- Formadur 2316 /Superclean
- Characteristics
- Standard steel for Moulds
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Special steel with increased yield strength
Discover our precipitation-hardened stainless steel, specially developed for exceptional performance in the most demanding environments.
If you are looking for unsurpassed hardness and corrosion resistance, our precipitation hardened stainless steel is the ideal solution to push the boundaries of carbon steel. During precipitation hardening, fine particles or precipitates, such as vanadium or niobium carbonitrides, form in the steel matrix. These precipitates lead to a higher yield strength than with conventional ferritic-pearlitic steels.