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Energy and Propulsion Hardware metal powder selection Powder selection guidance for high-temperature, corrosive, and conductive components used in energy, propulsion, and thermal systems.
Specifications & quotation
Alloy grades to evaluate for Energy and Propulsion Hardware Use these as candidate routes, not automatic approvals. The quotation confirms source, grade, PSD, evidence scope, quantity, and delivery terms.
Nickel alloy IN718 · GH4169
IN718 alloy powder Precipitation-hardenable nickel alloy powder for high-temperature structures, turbines, and energy hardware.
Related designations Alloy 718, IN718, UNS N07718, GH4169
Candidate PSD 15–45 µm / 15–53 µm / 45–106 µm
Process routes LPBF, DED Nickel alloy IN625 · GH3625
IN625 alloy powder Solid-solution nickel alloy powder for corrosion-heavy chemical, marine, energy, and hot-side hardware.
Related designations Alloy 625, IN625, UNS N06625, GH3625
Candidate PSD 15–45 µm / 15–53 µm / 45–106 µm
Process routes LPBF, DED Nickel alloy Alloy X · UNS N06002
Alloy X powder Oxidation-resistant nickel alloy powder for combustion, furnace, hot-gas, and high-temperature hardware.
Related designations Alloy X, UNS N06002, GH3536
Candidate PSD 15–45 µm / 15–53 µm / 45–106 µm
Process routes LPBF Copper alloy CuCrZr · C18150
CuCrZr C18150 powder Conductive copper-alloy powder for thermal, electrical, RF, tooling, and high-heat-flux components.
Related designations CuCrZr, CuCr1Zr, UNS C18150
Candidate PSD 15–45 µm / 15–53 µm / 45–106 µm
Process routes LPBF Engineering guides for Energy and Propulsion Hardware Nickel April 12, 2026
Alloy X (UNS N06002) nickel powder for LPBF combustor, burner and furnace hardware, compared with IN718, IN625 and Alloy 230, plus RFQ fields.
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Send grade, particle size, quantity and destination. Paid samples from 1 kg; export licence and dangerous-goods
shipping handled. Exporting metal powders since 2016.