Iron Based Alloys

Iron-based materials, primarily steel alloys, are produced in a wide range of compositions—from low-alloy to high-alloy systems—enabling their use across diverse industries including construction, automotive, aerospace, and energy, where reliable performance under mechanical stress and varying environmental conditions is required.

Stainless steel 316L/ 1.4404

A pre-alloyed austenitic stainless steel. This powder meets the chemical requirements of AISI 316L, DIN 17006 X2CrNiMo17-12-2, W.Nr 1.4404

Highlights:
– Higher corrosion resistance than commonly used 304 alloy
– Good mechanical properties
– Good thermal & electrical conductivity
– Wide temperature range use including cryogenic

Typical Mechanical Properties
Ultimate Tensile Strength661 MPa
Yield Strength533 MPa
Elongation at Break39%

Want to read more about this product? Download or print the datasheet.

Tool steel M300/1.2709

A pre-alloyed maraging steel, this alloy is characterized by its high strength which it retains at mildly elevated temperatures up to 450°Cand can be hardened to use for a range of mould & die tooling applications and engineering parts.

Highlights:
– High strength & toughness
– Hardening
– Applications in aerospace, automotive, industrial tooling

Typical Mechanical Properties (Heat Treated)
Ultimate Tensile Strength1237 MPa (2023 MPa)
Yield Strength867 MPa (1933 MPa)
Elongation at Break16% (8%)

Want to read more about this product? Download or print the datasheet.

Tool steel M789 AMPO

A pre-alloyed maraging steel which combines the mechanical properties of M300/1.2709 with high corrosion resistance associated with stainless steels.

Highlights:
– High strength & toughness
– Hardening
– Applications in aerospace, automotive, industrial tooling

Typical Mechanical Properties
Ultimate Tensile Strength1021 MPa
Yield Strength704 MPa
Elongation at Break19%

Want to read more about this product? Download or print the datasheet.

Related materials

Explore Other Metal Materials

Browse our range of metal alloys, each designed for specific additive manufacturing applications.

Copper Based Alloys

Cu

Nickel Based Alloys

Ni

Titanium Based Alloys

Ti

Aluminium Based Alloys

Al

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