Iron-based powders

3D printed powder

Iron-based alloy powder for additive manufacturing

WOCO identifies this item as Iron-based alloy powder for additive manufacturing, model / grade 3D printed powder. The source size is 15–45 µm. The recorded tolerance field is / MM; confirm its dimension basis and units against the drawing.

Material: Tungsten Carbide
Manufacturing process: Agglomerated & sintered
Morphology: spherical / crushed

Specifications & website prices

Specification	Original website price	MOQ
15–45 µm	$20.00 / KgOriginal page #6031 ↗	20 KG
15–45 µm	$20.00 / PCSOriginal page #5815 ↗	5 KG

Each price retains the specification, currency and unit of its source listing. Confirm current availability and delivery with WOCO.

Product overview

WOCO identifies this item as Iron-based alloy powder for additive manufacturing, model / grade 3D printed powder.

The source size is 15–45 µm.

The recorded tolerance field is / MM; confirm its dimension basis and units against the drawing.

The source material field reads: Tungsten Carbide.

Listed manufacturing route: Agglomerated & sintered.

Application & selection

Metal additive-manufacturing feedstock must be selected for the build process as well as the alloy designation. The supplied notes distinguish powder-bed fusion from directed-energy deposition and discuss the relationship between feedstock, spreading or feeding, and the resulting part.

Particle size and powder condition should be matched to the machine and build parameters. The local porosity discussion identifies both feedstock-related and process-related causes of voids, so printed density and other part properties require build-specific qualification.

Details to confirm for this product

Alloy chemistry, machine and build process.
Particle-size range, morphology, flow and powder handling requirements.
Build qualification, heat treatment and part acceptance tests.

References: Metal additive-manufacturing processes; Porosity in metal additive manufacturing. The material-family guidance supports selection; confirm grade-specific acceptance criteria using the applicable technical document.