Description
Features:
- Optimized 3D powder preparation technology, powder with high sphericity and good fluidity；
- Narrow powder size distribution, low oxygen content (≤500ppm), suitable for the manufacture of high-density and fully dense 3D parts；
- Multiple particle size compositions meet the application requirements of different 3D printing processes and equipment；
- Can produce a variety of standard or non-standard grade alloy powder.
3D printing commonly used alloy grade and particle size
Alloy type
Metal grade
Particle size
Oxygen content
Stainless steels
304(L)、316(L)、17-4ph、301、401、420、430、440、310s
-45μm+15μm
-125μm+45μm
≤300ppm
High strength steels
18Ni(300)、18Ni(250)
-45μm+15μm
-125μm+45μm
≤300ppm
Aluminium alloys
AlSi7Mg、AlSi10Mg
-45μm+15μm
-125μm+45μm
≤1000ppm
High temperature alloys
InconeI718、InconeI625、Hastelloy X
-45μm+15μm
-125μm+45μm
≤300ppm
Cobalt-based alloys
Co28Cr6MoSi、Co25Cr5W4.5MoSi
-45μm+15μm
≤300ppm
Titanium alloy
TC4
-45μm+15μm
-125μm+45μm
≤3000ppm
