Material Introduction

Milling process

Characteristics

Vacuum induction melting gas atomization

Metals are smelted in a vacuum environment, after which the melt flow is dispersed and atomized by the power of the high-pressure inert gas.

Hydrogenation / dehydrogenation

Metals are heated in hydrogen to generate brittle hydrides, which then decompose in a vacuum after the crushing process to release hydrogen.

Plasma spheroidization

The irregular powder is heated to a molten state by a high-temperature plasma torch, before being spheroidized under the action of surface tension. This hardens into a regular spherical shape after cooling.

Typical products

Typical grade

Powder particle size
/μm

Preparation process

Applications

Iron-based alloys

316,316L,304,17-4PH,15-5PH,18Ni300,A100,300M and other stainless steels

15~53,
10~45,
75~150,
Customizable

Aerosolization

Machinery manufacturing
(Molds, structural parts)

Nickel based alloys

In625,In718,K series

15~53,
10~45,
75~150,
Customizable

Aerosolization

Aerospace (structural parts, thermal load parts)

Cobalt based alloys

CoCrMo, CoCrWMo, and isostellite alloy

15~53,
10~45,
75~150,
Customizable

Aerosolization

Biomedical (implants)

(thermal loads)
Aerospace

Titanium and titanium alloys

Ti,TC4,TC18,TC21,TA15,TA18 Pure Ti, TC4, TC18, TC21, TA15, TA18

15~53,
10~45,
75~150,
Customizable

Hydrogenation / dehydrogenation + plasma spheroidization

Aerospace
（structural parts）
biomedical
（(implants）

Refractory metals such as tungsten, molybdenum, tantalum and niobium

W,Mo,Ta,Nb

15~53,
10~45,

Reduction crushing + plasma spheroidizatio

biomedical
（Functional parts）
Aerospace
(Thermal load parts)