Material family
316L and 17-4PH powder routes for LPBF, MIM, binder jet, manifolds, fixtures, and industrial hardware.
Specifications & quotation
Choose a grade to review chemistry, candidate particle sizes and process fit, or send a powder-specific RFQ. Final specifications and availability are confirmed with the quotation.
A widely used corrosion-resistant powder for manifolds, fluid hardware, industrial parts, MIM, and binder jet.
Precipitation-hardening stainless powder for higher-strength tooling, fixtures, housings, and production hardware.
Precipitation-hardening stainless powder with better transverse toughness than 17-4PH for aerospace fittings, valves, and gears.
Low-carbon austenitic stainless powder for food, chemical, and general industrial parts where 316L molybdenum is not required.
Compare 316L, 17-4PH, H13, and M300 steel powder for 3D printing by corrosion, strength, tooling use, process route, heat treatment, PSD, and RFQ requirements.
Select 316L, IN625, or a conventional route for nuclear PM-HIP valves, pump casings, vessel sections, and qualification-led powder RFQs.
Specify powder filling, HIP canister design, evacuation, sealing, inspection, genealogy, and RFQ records for large nuclear valve and pump parts.
How to screen Alloy X, 316L, IN625, and other metal powder routes for helium-cooled and liquid-sodium reactor development hardware.
Specify 316L / UNS S31603 powder for LPBF by particle size, chemistry, lot documents, and application requirements, then request a grade-specific quote.
Specify 17-4PH powder for AM by atomization route, nitrogen, PSD and intended heat treatment. Separate powder COA evidence from final-part acceptance before RFQ.
A practical 316L vs 17-4PH powder comparison for additive manufacturing focused on corrosion, strength, and heat-treatment logic.
Where 316L powder fits AI data center coolant distribution manifolds, sensor housings, and CDU-side fluid hardware for liquid-cooled racks.
Compare LPBF, binder jet, stamped sheet, and machined 316L routes for fuel-cell and electrolyzer bipolar plates, flow fields, coatings, tests, and RFQs.
Where 316L powder fits SMR auxiliary-fluid manifolds, instrumentation blocks, test-loop parts, and nuclear support hardware under qualification-led review.
Where 316L powder fits direct air capture auxiliary manifolds, sensor blocks, air and CO2 sampling hardware, and moderate stainless DAC flow parts.
Why 316L powder is a strong LPBF route for manifolds, fluid-path parts, and stainless hardware where corrosion resistance and internal routing matter together.
Send grade, particle size, quantity and destination. Paid samples from 1 kg; export licence and dangerous-goods shipping handled. Exporting metal powders since 2016.