Powder catalog
Start with the grade buyers actually specify—such as Ti6Al4V, IN718, 316L, AlSi10Mg, CuCrZr, or CoCrMo—then narrow by process, PSD, standard, evidence package, quantity, and destination. Stock, pricing, and final specifications are confirmed with each quotation.
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Each grade page owns supplier, process, PSD, price, and document intent without creating thin duplicate URLs.
Titanium Ti64 · Grade 5
A widely used titanium alloy powder for lightweight structural AM parts where strength-to-weight performance matters.
Primary grade search Ti6Al4V powder
Titanium Ti64 · Grade 23
Extra-low-interstitial titanium powder for projects that require tighter chemistry control and qualification evidence.
Primary grade search Ti6Al4V ELI powder
Titanium CP Titanium · Grade 2
Commercially pure titanium powder for corrosion-led parts where ductility and chemical compatibility lead the decision.
Primary grade search Grade 2 titanium powder
Titanium Near-alpha titanium powder for elevated-temperature structural programs and aerospace development work.
Primary grade search TA15 titanium powder
Stainless steel 316L · S31603
A widely used corrosion-resistant powder for manifolds, fluid hardware, industrial parts, MIM, and binder jet.
Primary grade search 316L stainless steel powder
Stainless steel 17-4PH · S17400
Precipitation-hardening stainless powder for higher-strength tooling, fixtures, housings, and production hardware.
Primary grade search 17-4PH stainless steel powder
Tool & maraging steel 18Ni300 · 1.2709
High-strength maraging steel powder for mold inserts, precision tooling, and age-hardened production components.
Primary grade search M300 maraging steel powder
Tool & maraging steel H13 · 1.2344
Hot-work tool steel powder for die-casting inserts, conformal cooling, and thermally cycled tooling.
Primary grade search H13 tool steel powder
Nickel alloy IN718 · GH4169
Precipitation-hardenable nickel alloy powder for high-temperature structures, turbines, and energy hardware.
Primary grade search IN718 alloy powder
Nickel alloy IN625 · GH3625
Solid-solution nickel alloy powder for corrosion-heavy chemical, marine, energy, and hot-side hardware.
Primary grade search IN625 alloy powder
Nickel alloy Alloy X · UNS N06002
Oxidation-resistant nickel alloy powder for combustion, furnace, hot-gas, and high-temperature hardware.
Primary grade search Alloy X powder
Aluminum AlSi10Mg
Lightweight aluminum powder for housings, brackets, thermal structures, and transportation hardware.
Primary grade search AlSi10Mg powder
Copper alloy CuCrZr · C18150
Conductive copper-alloy powder for thermal, electrical, RF, tooling, and high-heat-flux components.
Primary grade search CuCrZr C18150 powder
Cobalt chrome CoCrMo
Wear- and corrosion-resistant cobalt alloy powder for dental, medical-development, and industrial wear parts.
Primary grade search CoCrMo powder
Clear one filter or submit a custom powder RFQ with the target chemistry, PSD, quantity, and process.
Start custom powder RFQExtended sourcing matrix
The core cards above have dedicated technical routes. The extended matrix captures additional grade and process capabilities without creating thin product pages or implying current stock. Select a grade to open a prefilled custom RFQ.
Process powder windows
These ranges are capability-screening candidates. The machine, feed system, test method, chemistry, and quoted lot determine the final usable specification.
| Process | Candidate PSD | Material examples | RFQ controls |
|---|---|---|---|
| LPBF / SLM | 15–45, 15–53, or 20–63 µm | Ti, stainless, tool steel, Ni superalloy, Al, Cu, and CoCr | Machine, layer thickness, laser wavelength, spreadability, oxygen/moisture, and reuse policy. |
| EBM | 45–105 or 53–150 µm | Titanium and selected CoCr routes | Machine generation, preheat behavior, charge control, PSD method, and reused-powder plan. |
| DED / laser cladding | 20–53, 38–75, 38–105, 53–105, or 53–150 µm | Ni-, Fe-, and Co-base overlay, repair, and additive grades | Feeder, deposition head, dilution, target hardness, substrate, corrosion/wear environment, and finishing. |
| HIP / powder metallurgy | Quote-defined; coarse fractions are evaluated against filling and consolidation requirements | FGH-series superalloys plus selected Ti and Ni alloys | Can size, fill density, cleanliness, degassing, HIP cycle, inspection, and part-level qualification. |
| MIM | Fine powder including 0–20 µm routes, or qualified feedstock | 316L, 17-4PH, 420, 440C, Ti6Al4V, TA15, and F75-type CoCr | Powder or feedstock basis, binder, melt-flow index, shrinkage, debinding, sintering, and final chemistry. |
| Thermal spray | 15–45, 45–90, or 45–105 µm | MCrAlY, C276, IN625, IN718, YSZ, CrC-NiCr, and WC-Co | APS, VPS, or HVOF route; substrate, coating architecture, porosity, adhesion, oxide, and finish. |
Matrix inclusion means the grade or route is suitable for source review. It does not confirm inventory, production capacity, certification scope, export eligibility, price, lead time, or lot documentation.
Cannot find the exact grade?
Non-standard chemistry, tighter interstitial limits, uncommon PSD, special packaging, and qualification programs require a technical review. Add the nearest material—or leave the grade open—and describe the project requirement.