Our Products

Iron Alloy Powder

The main application of 3D printing metal powder;

Aerospace

Molds

Automotive

Medical instruments

Military industry

Product No. Iron Base Alloy Powder Composition (%) O (%) A.D.g/cm3 Particle Size
NRE-60005 NRE-SS316L Cr 16-18,Ni 10-14, Mo 2-3, Fe Bal. 0.05-0.1 4.6-5.2 15-45um,
15-53um,
45-150um,
D50 10-15um,
D50 1-2um,
D50 0.5-1um.
NRE-SS304L Cr 18-20,Ni 8-10, Fe Bal.
NRE-SS17-4PH Cr 15-17.5 Ni 3-5, Cu 3-5, Al Bal.
NRE-18Ni300 Ni 18-19, Mo 4.6-5.2, Co 8.5-9.5,Ti 0.5-0.8, Fe Bal.
NRE-H13 Cr 4.7-5.5, Mo 1.1-1.7, V 0.8-1.2  Si 0.8-1.2, Fe Bal. 4.5-5.0
NRE-M2 Cr 3.8-4.4, Mo 4.5-5.5, W5.5-6.7, V 1.7-2.2, Fe Bal. 4.8-5.5

Iron Alloy Powder

Applications

Automotive Industry:

Engine Components: Iron alloy powder particularly cast iron and steel, are used to print components like engine blocks, cylinder heads, and exhaust manifolds. These parts require both strength and thermal stability, which iron alloys provide.

Wear Parts: Parts that undergo high mechanical stress and wear, such as gears, bearings, and pistons, can be made using iron alloys in 3D printing to ensure durability and long service life.

Aerospace Industry:

Structural Components: Iron alloys, including high-strength steels, can be used to manufacture structural parts for aircraft, including brackets, supports, and housings, which require good mechanical properties and resistance to wear and fatigue.

Heat Shields and Thermal Management: Due to their ability to withstand high temperatures, some iron alloys are used in thermal management parts, such as heat shields or engine components, in aerospace applications.

Manufacturing and Tooling:

Molds and Dies: Iron alloy powders, particularly steel, are often used to 3D print molds and dies for injection molding or casting processes. The excellent wear resistance of these alloys ensures the longevity of tools and molds used in high-volume manufacturing.

Cutting Tools: Iron alloys, such as tool steels, are used to manufacture cutting tools, dies, and punches used in machining and industrial applications, as they offer a balance between hardness and toughness.

Tooling for Additive Manufacturing: Custom tooling, such as print beds, support structures, or finishing tools, can be 3D printed using iron alloys to ensure durability and resistance to wear.

 

 

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