Martensitically hardenable or hardened and tempered precision steel strip with high hardness and ductility

Our martensitic stainless steels are the perfect choice when a combination of corrosion resistance, high hardness, and high ductility are required. We supply martensitic stainless cold rolled steel strip in both a hardened and tempered state and as an annealed version with a ferritic microstructure for better formability and subsequent piece hardening. In addition, this material is also available in a version that has been rolled to increase its tensile strength.

Martensitic stainless steel plays an important role in applications where both a high degree of corrosion resistance and resistance to wear are required. This is particularly important for cutlery, tools, and structural housing components that are exposed to a corrosive environment.

Spheroidize-annealed (2R), cold rolled, or martensitically hardened and tempered

Our customers have the choice – our stainless steel versions for martensitic hardening and tempering are available in spheroidize-annealed or cold rolled versions. Alternatively, we can supply the desired material already martensitically hardened and tempered. In the latter case of hardening and tempering on our premises, we have a very special skill: thanks to a sophisticated hardening process, we have the ability to martensitically harden and temper steel strip up to 4 mm thick. As a result, we offer martensitic stainless steels in an exceptionally wide range of thicknesses.

Benefits of martensitic stainless steels

  • Available both martensitically hardenable or already hardened
  • High hardness 
  • High ductility
  • Exceptionally wear resistant
  • Outstanding corrosion resistance
  • Uniform microstructure makes forming operations easier
  • Ability to individually and precisely configure the grain size
  • Particularly soft versions with high plasticity for complex 3D molding available
  • Magnetic 
  • Low coefficient of thermal expansion
  • High thermal conductivity
  • Available with a polished surface

Characteristics of our martensitic stainless steel grades

  • Spheroidize-annealed (2R), cold rolled, or martensitically hardened and tempered
  • Main alloying element: Chrome
  • Additional element: molybdenum (Mo), additionally improves acid resistance
  • Grades: 1.4021, 1.4028, 1.4034, 1.4419
  • Wide range of thicknesses from 0.10 to 4.00 mm (0.004 – 0.157 inch) (depending on the selected version)
     

Application examples for stainless steel strip with a martensitic microstructure

  • Circular and shredding blades, e.g., for vegetable slicers
  • Furniture fittings
  • Trowels and brick trowels
  • Circular saw blades, e.g., for the food industry
  • Support structure for electric toothbrushes
  • Lever head plates of fittings used in kitchens
  • Stamped parts for electronic components
  • Blade applications

Chemical composition of the martensitic stainless steels according to EN 10088-2

Mechanical properties of the martensitic stainless steels according to EN 10088-2

Contact partners

Ralf Sauer
Global Sales Stainless Precision Steel Strip
Ralf Sauer
Deutsch , English
Tel.
+49 2331 964-2490
Jan Ullosat
Materials Technology Stainless Precision Steel Strip
Jan Ullosat
Deutsch , English
Tel.
+49 2331 964-2153

Austenitic stainless steel strip Stainless steel with excellent formability or outstanding spring properties

If corrosion resistance combined with excellent formability is required, our stainless precision steel strip with an austenitic microstructure is the perfect solution thanks to its precisely configured properties in the annealed state. The hard-rolled version is used to achieve precisely configured spring properties. / more 

Ferritic stainless steel strip Precision steel strip with high thicknesses and tensile strengths

Our stainless precision steel strip with a ferritic microstructure is available in an exceptionally wide range of thicknesses, from 0.05 to 4 mm (0.002 – 0.157 inch). In addition, our hard-rolled version offers a tensile strength of over 1,000 MPa, far exceeding the maximum strength class standardized in DIN EN 10151. / more 

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