Nickel Alloys are an ideal material for a wide range of applications, for example in gas turbines for both aerospace, energy and oil and gas.
Eplus3D's Nickel Alloys metal powder include IN625/2.4856, IN718/2.4668and HX alloys/2.4665. These Nickel Alloys metal powders have been tested for use on Eplus3D's affordable metal 3d printer.
Eplus3D also offers a wide range of validated processes for each of the above materials to ensure that the performance of the 3D printed parts is fully met.
Eplus3D NickelAlloy IN625 / 2.4856
Parts printed using Eplus3D NickelAlloy IN625 are characterized by having high tensile, creep and rupture strength and are heat and corrosion resistant.
Typical Part Properties:
Density: 8.4 (g/cm³)
Tensile Strength: XY:1080±30MPa; Z:970±30MPa
Yield strength: XY:880±20MPa; Z:790±20MPa
Elongation @ Break 22±2%
Hardness: 32±3HRC
Typical application areas:
Aerospace
Automotive
Energy
Eplus3D NickelAlloy IN718 / 2.4668
Parts printed using Eplus3D NickelAlloy IN718 show good tensile, fatigue, creep and rupture strength at temperatures up to 700°C making it ideal for many high temperature applications.
Typical Part Properties:
Density: 8.1 (g/cm³)
Tensile Strength: XY:1060±30MPa; Z:990±30MPa
Yield strength: XY:750±50MPa; Z:720±50MPa
Elongation @ Break 25±3%
Hardness: 27HRC
Typical application areas:
Aerospace
Automotive
Eplus3D NickelAlloy HX / 2.4665
Parts printed using Eplus3D Nickel Alloy HX show high strength and oxidation resistance also at elevated temperatures of up to 1200°C.
Typical Part Properties:
Tensile Strength: XY:930MPa; Z:677±5MPa
Yield strength: XY:732±5MPa; Z:547±5MPa
Elongation @ Break: XY:29±2%; Z:45.5±0.5%
Typical application areas:
Aerospace
Automotive
Energy
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