- Melting & Constant Temperature Holding
High-purity aluminum ingots are melted at 750–800℃ to form stable superheated liquid aluminum. Protected by inert gas, the molten liquid maintains high purity without oxidation and slag inclusion. - Stable Liquid Flow Guidance
The molten aluminum flows down uniformly through a constant-temperature flow-limiting nozzle. Precise flow control ensures consistent particle size distribution for finished powder. - High-Pressure Gas Atomization (Core Step)
Adopts nitrogen or argon inert gas. Supersonic high-pressure gas (0.8–1.2 MPa) breaks the liquid aluminum stream into uniform micro-sized droplets in a closed oxygen-isolated environment. - Rapid Cooling & Spherical Forming
Atomized droplets cool rapidly in the sealed chamber and automatically shrink into high-sphericity spherical particles by surface tension, featuring excellent fluidity and uniform shape. - Classifying & Sealed Collection
Powder is precisely classified by airflow grading system to remove oversized particles. Full negative-pressure dust-free collection and passivation treatment ensure stable quality and long storage life.