PRODUCTION POWDER SOLUTIONS
Metal powders for press-and-sinter PM and MIM programs where repeatable filling, controlled shrinkage, final density, and lot-to-lot stability determine production economics.
BUILT AROUND YOUR PROCESS
From qualification powder to recurring production supply.
13
Relevant powder grades
2
Scalable forming routes
Lot data
Chemistry and particle control
Custom
Cuts, blends, and packaging
CHOOSE THE RIGHT FORMING ROUTE
PM and MIM solve different geometry and volume problems. Powder selection should begin with the part, tooling, furnace, property target, and annual demand—not a generic grade name.
01PRESS & SINTER PM
For gears, bushings, structural components, friction parts, and porous products where pressing speed and cost per part drive the business case.
02METAL INJECTION MOLDING
For small, intricate components that need near-net-shape economics, high density, controlled shrinkage, and repeatable mechanical performance.
WHAT B2B BUYERS NEED FROM THE POWDER
A lower powder price does not compensate for unstable filling, furnace drift, dimensional sorting, or an interrupted production line. We focus qualification on the variables that affect total part cost.
Particle shape, size distribution, apparent density, and flow behavior are aligned with your press or feedstock system—not treated as isolated certificate values.
Lot consistency helps control compaction response, debinding behavior, shrinkage, and final dimensions before variation becomes scrap or sorting cost.
Chemistry, oxygen, compressibility, and sintering response are connected to the density, strength, hardness, corrosion, or magnetic performance your part requires.
Sampling, qualification lots, production packaging, inspection records, and recurring delivery plans are structured around the way industrial programs ramp.
RECOMMENDED POWDERS
These products represent common commercial starting points. Particle distribution, oxygen limits, blend additions, and packing can be reviewed against your equipment and qualification plan.
>99% water atomized iron powder with compressibility above 6.9 g/cm³ at 600 MPa for structural PM parts, gears, sprockets, premixes, and warm compaction.
Distaloy-type diffusion alloyed powder, 800-1200 MPa heat-treated, Jominy certified per lot. Transmission gears, synchronizer parts, EV drivetrain PM.
Water atomized 316L PM grade, 6.6-7.2 g/cm³ sintered, certified corrosion performance. Pump, lock, marine and filter parts. 304L/410L alternatives.
High-flow 316L stainless MIM powder, D90 < 22 µm, O < 800 ppm, sintered density > 7.6 g/cm³. Custom cuts for catalytic, solvent and water-based feedstock systems. Request a quote.
Gas-atomized 17-4PH MIM powder reaching 900-1100 MPa after H900 aging. Lot-certified chemistry and aging response for lock, firearm, medical and energy parts.
Fine spherical Ti6Al4V MIM powder, O < 0.20%, sintered strength > 830 MPa. Grade 5 and ELI Grade 23. Vacuum-sealed lots with full interstitial certification.
Need another alloy or powder format? This application currently includes 13 relevant product grades across both process routes.
WHERE THESE POWDERS CREATE VALUE
The best commercial fit is a part where powder processing removes machining, consolidates geometry, controls porosity, or creates repeatable properties at scale.
Transmission components, turbo hardware, seat and lock mechanisms, sensor parts, and friction systems.
Gears, sprockets, bearings, pump parts, power-tool components, and wear-resistant mechanisms.
Surgical components, instrument jaws, housings, and corrosion-resistant miniature parts.
Hinges, frames, camera hardware, wearable components, and compact magnetic geometries.
Valve components, fittings, porous elements, downhole hardware, and heat-resistant assemblies.
Lock cylinders, latches, safety mechanisms, tool components, and high-strength small parts.
A FASTER TECHNICAL CONVERSATION
You do not need a finished specification to start. The information below lets our team identify the closest production grade, flag qualification risks, and respond with practical next steps.
FROM REQUIREMENT TO QUALIFIED POWDER
Share the part, process, current powder, performance target, and annual demand. We will map the closest grade and the data needed to evaluate it.
