Ti64 Grade 23 Powder for Orthopedic Implants and Medical Components
Specify Ti6Al4V ELI Grade 23 powder for implant development with chemistry, traceability, reuse, cleaning, and finished-device qualification boundaries.
Blog
Technical articles on metal powder materials and buying decisions.
Archive page 4 of 5.
CuCrZr Powder for Conductive Tooling and Welding Contacts
Why CuCrZr powder is relevant for conductive tooling, welding-contact hardware, and copper tooling parts that need conductivity plus structural margin.
316L Powder for Manifolds and Fluid-Path 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.
AlSi10Mg Powder for Lightweight Housings and Brackets
Why AlSi10Mg powder is a practical LPBF route for lightweight housings, brackets, covers, and aluminum structures where mass reduction matters.
CuCrZr Powder for Copper Cold Plates and Heat Sink Applications
How CuCrZr powder fits heat sinks, cold plates, and conductivity-driven thermal hardware where strength and printability matter along with thermal performance.
Cobalt Chrome Powder for Dental 3D Printing: CoCrMo and CoCrW for LPBF
Dental cobalt-chrome powder for LPBF crowns, bridges and partial-denture frameworks. Compare CoCrMo and CoCrW, ISO 22674 and ISO 9693 roles, powder specs and RFQ fields.
Ti64 Titanium Powder for Aerospace Structural AM Parts
Where Ti64 powder makes sense for aerospace structural AM parts, with attention to weight-driven geometry, process fit, and qualification-sensitive applications.
Titanium Oxygen Limit Discussion Guide for AM Titanium Powders
A practical guide to discussing oxygen limits in titanium AM powders without treating one number as universal across all grades and program stages.
DED Powder vs Wire: Feedstock Choice for Directed Energy Deposition
A practical DED feedstock guide comparing powder and wire, focused on machine fit, feedstock behavior, and where each route makes sense.
Ti64 Grade 23 vs Grade 5 Powder | ELI & RFQ Comparison
Compare Ti6Al4V ELI Grade 23 with Grade 5 powder by specification, interstitial control, lot evidence, and LPBF qualification before requesting a quote.
EBM Powder Size Guide for Titanium and High-Temperature AM Alloys
Practical EBM powder size guidance for teams comparing electron beam powder bed fusion with LPBF, including why coarser cuts and reuse planning matter.
CuCrZr vs Pure Copper Powder: Conductivity, Strength & Selection
Compare CuCrZr and pure copper powder by final conductivity, strength, machine compatibility and heat treatment. Define the evidence needed for a powder RFQ.
H13 vs M300 Powder for AM Tooling
Compare H13 and M300 (18Ni300) powder for AM tooling by thermal duty, cracking risk, aging route and insert acceptance. Choose a grade and prepare a powder RFQ.
316L vs 17-4PH Powder: Choosing the Right Stainless Steel for AM
A practical 316L vs 17-4PH powder comparison for additive manufacturing focused on corrosion, strength, and heat-treatment logic.
Alloy X Powder (UNS N06002) for Combustors, Furnace and Hot-Gas AM Parts
Alloy X (UNS N06002) nickel powder for LPBF combustor, burner and furnace hardware, compared with IN718, IN625 and Alloy 230, plus RFQ fields.