PM-HIP Powder
Powder metallurgy hot isostatic pressing guidance for nuclear pressure-component route selection, HIP canisters, powder lots, filling, consolidation, and qualification records.
Processes
Metal Powder by AM Process
Compare particle-size, flow, morphology, chemistry, and qualification requirements for LPBF, EBM, DED, binder jetting, MIM, and powder HIP, then evaluate eligible alloy grades.
LPBF Powder
Find a powder supply route for laser powder bed fusion: choose the alloy grade, review machine-compatible particle size and lot evidence, then send a grade-specific RFQ. Start with Ti6Al4V, 316L or AlSi10Mg below; proposed supply is reviewed against your process and specification.
EBM Powder
Electron beam powder bed content focused on coarser powder behavior, titanium routes, and EBM process fit.
DED Powder
Directed energy deposition content for powder versus wire selection, larger structures, repairs, and nickel or titanium routes.
Binder Jet Powder
Binder jetting powder selection guidance for 316L and 17-4PH production parts, filters, and higher-strength stainless hardware.
MIM Powder
Metal injection molding powder selection guidance for 316L, 17-4PH, corrosion-side parts, and scalable stainless production.
Selected process guides
316L and IN625 Powder for PM-HIP Nuclear Pressure Components
Select 316L, IN625, or a conventional route for nuclear PM-HIP valves, pump casings, vessel sections, and qualification-led powder RFQs.
HIP Canister Requirements for Reactor Valves and Pump Casings
Specify powder filling, HIP canister design, evacuation, sealing, inspection, genealogy, and RFQ records for large nuclear valve and pump parts.
GH3625 (IN625) Nickel Alloy Powder for Corrosion-Resistant AM Parts
IN625 powder guidance focused on corrosion resistance, powder quality, and application fit for harsh service environments.
Metal Powder Specification and COA Guide: PSD, Oxygen, and Flow
Specify AM metal powder and read a COA using chemistry, D10/D50/D90, oxygen, morphology, density, flow, sampling, traceability, and RFQ fields.
LPBF Powder Particle Size Guide: 15-45 vs 15-53 um
Practical LPBF powder particle size guidance covering common PSD windows, why they differ, and how they affect process fit.
TC4 (Ti-6Al-4V) Grade 5/23 Titanium Powder for LPBF, EBM & DED
A practical guide to TC4 titanium powder covering Grade 5 vs Grade 23, PSD selection, oxygen control, and process fit across LPBF, EBM, and DED.
316L Stainless Steel Powder for LPBF | PSD & Lot Acceptance
Specify 316L / UNS S31603 powder for LPBF by particle size, chemistry, lot documents, and application requirements, then request a grade-specific quote.
AlSi10Mg Powder for LPBF: Aluminum Powder Data Sheet and Specification
AlSi10Mg aluminum powder for LPBF with typical data sheet chemistry, PSD cuts and test-bar properties. Learn how to read the TDS, COA and SDS and what to send for a quote.
Additive Manufacturing Powder Suppliers and Manufacturers: Buyer Guide
Qualify AM powder suppliers and manufacturers by alloy, PSD, COA, traceability, change control, price basis, packaging, and application risk.
Metal Powder for 3D Printing: Alloys, Sizes, and Buying Guide
A practical metal powder for 3D printing guide covering alloy selection, LPBF and DED particle sizes, powder quality, price, suppliers, and RFQ details.
Metal 3D Printing Powder Price per kg: 2026 Ranges and RFQ Guide
October 2026 public price ranges per kg for 316L, 17-4PH, Ti6Al4V, IN718, IN625, AlSi10Mg, copper and cobalt chrome AM powders, plus the cost drivers to check before a formal quote.
Gas Atomized Metal Powder for Additive Manufacturing
Gas atomized metal powder for additive manufacturing explained through spherical morphology, PSD control, alloy families, LPBF fit, and RFQ priorities.
Request price and availability
Send grade, particle size, quantity and destination. Paid samples from 1 kg; export licence and dangerous-goods shipping handled. Exporting metal powders since 2016.