Materials
Titanium, stainless, nickel, copper, tool steel, aluminium and cobalt-chrome powder guides.
Resources
Metal powder technical library: specifications, particle size, process fit, material comparisons and application guides for additive manufacturing buyers and engineers.
Titanium, stainless, nickel, copper, tool steel, aluminium and cobalt-chrome powder guides.
Powder selection by part and industry: aerospace, medical, energy, tooling, thermal hardware.
LPBF, EBM, DED, binder jet, MIM and PM-HIP powder requirements.
Side-by-side grade decisions such as Ti64 vs Grade 2 or IN718 vs IN625.
Every technical article, newest first.
A practical metal powder for 3D printing guide covering alloy selection, LPBF and DED particle sizes, powder quality, price, suppliers, and RFQ details.
Choose metal powder by application across aerospace, medical, thermal, corrosion, energy, tooling, and production parts using alloy and process decision tables.
Choose titanium powder by exact grade, process, PSD and lot evidence. Compare Ti6Al4V Grade 5, Grade 23 ELI, Grade 2 and TA15 before requesting a quote.
Choose a high-temperature powder alloy for 3D printing. Compare IN718, IN625, Alloy X, Alloy 230, Alloy 188, IN939 and IN738 by failure mode, temperature basis and LPBF risk.
Compare CuCrZr and pure copper powder by final conductivity, strength, machine compatibility and heat treatment. Define the evidence needed for a powder RFQ.
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.
How IN718, Ti64, 17-4PH, AlSi10Mg, and CuCrZr powders fit defense sustainment spares where readiness and qualification matter.
Qualify AM powder suppliers and manufacturers by alloy, PSD, COA, traceability, change control, price basis, packaging, and application risk.
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.
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.
Gas atomized metal powder for additive manufacturing explained through spherical morphology, PSD control, alloy families, LPBF fit, and RFQ priorities.
Specify AM metal powder and read a COA using chemistry, D10/D50/D90, oxygen, morphology, density, flow, sampling, traceability, and RFQ fields.
Send grade, particle size, quantity and destination. Paid samples from 1 kg; export licence and dangerous-goods shipping handled. Exporting metal powders since 2016.