Lot documentation COA and PSD data available subject to the quoted lot
Illustrative powder image Process fit Matched to equipment and build requirement
Nickel alloy Availability on request
IN625 · GH3625
IN625 alloy powder supplier and RFQ
Solid-solution nickel alloy powder for corrosion-heavy chemical, marine, energy, and hot-side hardware.
Also searched as
- Alloy 625
- IN625
- UNS N06625
- GH3625
- PSD candidates
- 15–45 µm · 15–53 µm · 45–106 µm
- Process routes
- LPBF · DED
- Commercial path
- Quote by lot
Final price, availability, lead time, chemistry, performance data, and documentation are confirmed for the quoted specification and lot.
Alloy identification
Specify this powder by grade, then narrow the buying requirement.
IN625, Alloy 625, and UNS N06625 are common international designations. Pair GH3625 with the governing chemistry, and state any branded-material requirement explicitly.
Similar grade names do not establish identical chemistry or process compatibility. Include the governing specification and required edition; the quotation confirms the proposed powder and supporting lot records.
Specification controls
Define the powder beyond the alloy designation.
The same grade name can represent materially different powder routes. A usable RFQ needs the acceptance method, limits, packaging, and intended process.
Chemistry & standard
State the governing grade, revision, restricted elements, and any tighter oxygen or nitrogen limits.
PSD & method
Choose a candidate range and state whether sieve, laser diffraction, or a customer method controls acceptance.
Powder behavior
Define required flow, apparent/tap density, morphology evidence, satellites, and hollow-particle limits where relevant.
Lot & reuse plan
Confirm lot size, virgin/reused powder policy, blend restrictions, sampling, retention, and traceability expectations.
Process and PSD
Process and PSD options to confirm in the RFQ.
PSD labels below are catalog starting points. Final fit depends on the machine, layer strategy, feed system, qualification plan, and the supplier lot.
| Decision variable | Catalog starting points | Required confirmation |
|---|---|---|
| Process candidates | LPBF · DED | Machine, feed system, layer strategy, and qualification stage |
| PSD candidates | 15–45 µm · 15–53 µm · 45–106 µm | Target process, equipment limits, and PSD test method |
| Process × PSD pairing | Not implied by this catalog page | Confirmed in the RFQ against the selected source and lot |
Powder screening data
A screening window for a better technical RFQ.
These grade-specific values help define the questions to ask. They are not stock data, a universal specification, or a lot certificate.
| Powder metric | Screening value | Qualification boundary |
|---|---|---|
| D10 | ≥15 µm | Method and lot to be confirmed |
| D50 | 30–40 µm | Method and lot to be confirmed |
| D90 | ≤60 µm | Method and lot to be confirmed |
| Sphericity | ≥0.90 | Method to be confirmed |
| Apparent density | ≥4.4 g/cm³ | Method and lot to be confirmed |
| Tap density | ≥5.0 g/cm³ | Method and lot to be confirmed |
| Flow | ≤18 s/50 g | Method and conditioning to be confirmed |
LPBF screening window. An Alloy 625 screening basis; corrosion and DED performance require separate test conditions. Ask for the governing test method, sampling rule, source, production route, and lot-linked report in the quotation.
Application fit
Applications suited to technical review.
Corrosion-heavy hardware
Chemical nozzles and manifolds
Repair and overlay routes
Failure modes
Critical variables to verify before qualification.
- Service chemistry
- DED dilution
- Corrosion-test scope
Evidence package
Request the documents that support the actual buying decision.
State the UNS, customer, or program chemistry basis together with the service environment, corrosion-test scope, and DED dilution limits where relevant.
Certificates, technical data, sample reports, and partner-specific documents are supplied only when they correspond to the quoted source, grade, particle-size route, and lot.
Price and supplier RFQ
Price and availability follow the exact grade, PSD, evidence, and delivery scope.
A useful supplier comparison keeps the technical and commercial basis identical. Send the same inputs to avoid comparing different chemistry limits, powder routes, packages, or document scopes as if they were the same product.
Grade and acceptance basis
State the UNS, customer, or program chemistry basis together with the service environment, corrosion-test scope, and DED dilution limits where relevant.
Process, machine, and PSD
State the target process, equipment constraints, particle-size range, and governing PSD method.
Quantity, packaging, and destination
Separate sample and production quantities; include package size, destination country, and target timing.
Lot evidence and source controls
List required COA, PSD, SDS, TDS, SEM, traceability, sampling, and production-route evidence.
Custom chemistry or PSD?