Aluminum alloy powder for 3D printing

The manufacturing sequence incorporates sealed atomization technology followed by precision classification, blending, and particle size optimization processes. Comprehensive monitoring protocols ensure consistent particle distribution and chemical stability throughout production. The final product demonstrates superior performance characteristics including:
Low density with high strength-to-weight ratio
Enhanced thermal conductivity
Exceptional mechanical durability
Advanced wear resistance
Oxygen content below 0.5%

Physical properties:

Shape: Spherical 

Melting point: Depends on different alloy and particle size

Density: 2.699g/cm3(Depends on different alloy and particle size

Odor: Odorless

Prohibitions: Water, Acid, Alkali, Halogen; Avoid dust spraying in the air and anti-static.

Product series: AlSi7Mg, AlSi10Mg

Product particle size: 0~25µm, 15~53µm, 20~63µm, 50~150µm

Packaging conditions: 25Kg/Iron drum, 200Kg/Iron drum with pallet(For special industries, vacuum packaging is also available)

Volume: 16 tons, 18 tons(Per 20FCL)

Transportation: By road, by air or by sea

Capacity: 1,000 tons annually

Delivery time: DG inspection, About 2~3 months

Compliance: 

Quality control system: GB/T19001:2016 /ISO9001:2015 

Environment control system: GB/T 24001:2016 /ISO14001:2015 

Quality Assurance: 

ICP-OES analysis for raw material purity verification

Laser diffraction spectrometry for particle size distribution

Karl Fischer titration for moisture content measurement

Inert gas fusion analysis for oxygen quantification

This refined production methodology combines material science expertise with industrial-scale precision, delivering alloy powders that meet rigorous international standards for advanced manufacturing applications.

Application: 

3D printing for SLM, LPBF, PBF, EBM, DED, Binder jetting, cold spray AM

Field：

Aerospace&Aviation

Automobile

Mechanical engineering