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The company operates 24 metal powder production lines, including 17 ultra-high-pressure water-gas co-atomization lines, 4 gas atomization lines, and 3 titanium alloy powder production lines. The company primarily manufactures metal powder products for applications such as 3D printing, laser cladding, soft magnetic materials, and injection molding, with an annual production capacity of 10,000 metric tons and a customer base of over 300 companies.
JINGYE manufactures atomized industrial metal powders for additive manufacturing, metal injection molding, laser cladding and soft magnetic component production. Our metal powder products include stainless steels, mold steels, Invar alloys, nickel-based superalloys, cobalt-chromium alloys, iron-based cladding materials and soft magnetic alloy powders.
Explore our additive manufacturing metal powders, MIM powders and laser cladding powders, or contact JINGYE for a powder specification matched to your alloy, equipment and manufacturing process.
JINGYE organizes its industrial metal powders according to the manufacturing process they are designed to support. Each product line has different requirements for particle size, powder shape, flow behavior, chemical composition and final part performance.
| Product Line | Representative Materials | Key Powder Characteristics | Typical Manufacturing Use |
|---|---|---|---|
| Additive Manufacturing Metal Powders | 316L, 17-4PH, 1.2709, 4J32, 4J36, GH4169 and GH3625 | High sphericity, low oxygen content, controlled particle size distribution and stable powder flow | SLM/LPBF metal printing and qualified LMD/DED applications |
| Metal Injection Molding Powders | MIM-17-4PH, MIM-316L, MIM-304L, hardened 304, LD-G19 and F75 Co-Cr-Mo | Fine and controlled particle distribution, near-spherical morphology, high tap density, good flowability and controlled carbon and oxygen | High-volume MIM components for electronics, hardware, automotive and medical applications |
| Laser Cladding Powders | 316L stainless steel, JY-Fe50A and customized iron-, nickel- or cobalt-based alloys | Controlled chemistry, particle size and deposited-layer hardness for wear, corrosion or high-temperature service | Surface reinforcement, component repair, remanufacturing and protective coatings |
| Soft Magnetic Alloy Powders | FeSiCr and other application-specific magnetic alloys | Controlled oxygen level, particle distribution, apparent density and tap density | Molded inductors, metal magnetic powder cores and electronic components |
An additive manufacturing powder must perform consistently during powder spreading, melting and repeated production runs. JINGYE controls the material characteristics that directly affect layer uniformity, packing behavior, melt stability and final part density.
View all additive manufacturing powders or learn about our metal 3D printing and powder validation capabilities.
JINGYE combines ultra-high-pressure water-gas co-atomization, gas atomization and dedicated titanium alloy powder preparation. The selected metal powder manufacturing route depends on the target alloy, particle morphology, size distribution, application and commercial production volume.
1. Raw material and composition control: alloy inputs are checked and prepared according to the target chemical specification.
2. Melting and atomization: controlled melting and atomization convert the alloy stream into fine metal particles.
3. Classification and screening: powder is separated into the required particle fractions for the intended process.
4. Powder testing: chemical composition, particle size, morphology, oxygen-nitrogen-hydrogen content, flowability and density are evaluated as applicable.
5. Lot identification and packaging: approved powder is packed and identified to support batch traceability and repeat orders.
Inspection capabilities include direct-reading spectroscopy, ICP analysis, laser particle size analysis, scanning electron microscopy, oxygen-nitrogen-hydrogen analysis, Hall flow testing and tap density measurement. More information is available in Material & Quality.
Standard grades do not cover every machine, component or operating environment. JINGYE supports customized metal powder products based on target alloy composition, manufacturing process, equipment model, particle size distribution, required powder properties and planned order volume.
As an additive manufacturing powder supplier with in-house metal 3D printing and MIM manufacturing capabilities, JINGYE can connect powder characterization with downstream processing feedback. This supports material screening, process optimization and the transition from initial qualification to recurring industrial production.
JINGYE industrial metal powders are developed for demanding production environments across:
Send JINGYE your target alloy, manufacturing process, equipment model, required particle size, estimated volume and applicable material standard. Our technical team will evaluate a standard or customized industrial metal powder solution for your project.
Have Questions About Your Project?
Contact our experts for support with material selection, product development, additive manufacturing and process optimization.
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Jun.11, 2026
From March 24th to 26th, 2026, the 18th China International Powder Metallurgy and Hard Alloy Exhibition (CCEC CHINA) successfully concluded at the Shanghai National Exhibition and Convention Center.
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Tel.: +86 0311 8289 8906 / +86 150 3207 1231
E-mail: jyzczz@hbjyjt.com
Fax: +86 311 8289 8906
Address: Jingye Industrial Park, Nandian Town, Pingshan County, Shijiazhuang City, Hebei Province, China
