Additive Manufacturing Powders

Compare the exact powder grade, morphology and printed particle fraction for Additive manufacturing. Enter your actual supplied grade, substrate, procedure, required deposit properties and equipment separately.

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Generic generated powder illustration. Not a photograph of a listed grade, particle size, chemistry, morphology or sale package.
Generic generated powder illustration. Not a photograph of a listed grade, particle size, chemistry, morphology or sale package.

Sizes & capacities

Manufacturer reference configurations

Compare published specifications for each configuration, then select a reference or enter your own requirements. Supply and the final configuration are confirmed in the quotation.

4 documented configurations. Review one specification at a time; your custom requirements are retained.

SS 316L · Additive manufacturing · -106+45 µm

Exact source grade, powder form, particle fraction and process row. Nominal chemistry is not a batch certificate; deposit properties depend on the stated process. Confirm actual supplied grade, equipment and procedure.

Source grade / form reference
SS 316L
Powder form
Atomized powder
Source particle fraction
-106+45 µm
Documented process
Additive manufacturing
Nominal composition (% by weight)
C less than 0.03; Cr 17.0; Mo 2.5; Ni 12.0; Si less than 1.00; Fe Bal
Composition basis
Nominal source values only. Bal means balance; a dash is retained as printed and does not assert zero. No material-standard or certificate equivalence.
Particle-size basis
Printed size fraction only; not a D10/D50/D90 distribution, particle shape, tolerance or guaranteed supplied lot.
Select this reference →

Your specification

Configure your product requirement

Enter the capacity and site requirements you need. Your selections carry into the RFQ and remain editable before submission.

Essential operating requirements

Choose a source reference or leave blank for your own specification. The displayed example is not automatically selected.

Powder supply, equipment spares or identification help.

Your requested process remains separate from the source reference.

State the complete supplied grade; numeric reference codes do not establish interchangeability.

Specify crushed, atomized, composite or another actual form.

Include sieve notation or D10/D50/D90 and measurement method as required.

Supply the actual substrate and its heat-treated condition.

Describe hardenability and any subsequent heat treatment for procedure review.

Additional dimensions and application details

Enter actual limits; reference nominal composition is not a guaranteed specification.

Include HRC, HRB or HV and the measurement/load conditions; do not convert scales by assumption.

Provide the applicable procedure and qualification requirements.

Describe the actual medium, loads and temperatures for selection review.

Specify gas functions separately; no gas compatibility is inferred.

State preferred pack contents separately from the total order mass.

Request documents for review; no approvals are inherited.

Add unlisted requirements, drawings and identification notes.

Optional requirement in micrometres; define the complete measurement method above.

Optional requirement, not a value copied from the displayed example.

Enter the required deposited thickness in millimetres.

Equipment identification & spare parts

Identify the installed equipment and the part you need. Add nameplate photos, drawings or a parts-list extract in the RFQ attachments step.

Enter the actual installed equipment maker for spare requests.

Copy the exact installed model; a powder reference is not equipment compatibility.

Include the actual serial and revision.

Copy the installed part number, including suffixes.

Describe the actual required part independently of the powder reference.

Next: contact details, quantity and delivery. Leave unknown requirements blank and request help in the RFQ.

Applications

Wear-protection coatings, dimensional restoration and cladding for industrial components. Actual substrate, heat treatment, wear and corrosion conditions require procedure review.

Selection guidance

Search by grade, process or printed micron fraction. Different particle cuts and powder forms remain separate configurations. Nominal chemistry and deposit properties are source references, not batch certificates or process approvals.

Technical notes

Each source grade and fraction remains specific to the stated process. Nominal chemistry is not guaranteed batch composition or material certification. Deposit properties retain their process and measurement conditions. No general substitution or qualification is inferred.