| Customization: | Available |
|---|---|
| Size Range: | 15-53 Micron; 53-105 Micron; 75-150 Micron |
| Oxygen Content: | <150 Ppm;<300 Ppm; <500 Ppm |
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| 1) Made by non-contact melting process; |
| 2) The powder has high sphericity, no hollow powder;narrow particle size distribution, good fluidity and strong density; |
| 3) The particle size range of Titanium Alloy Powders is 20-1000 μm; |
| 4) Effective control of powder particle size distribution; sphericity and oxygen consumption through optimized technology; |
| 5) Inert gas two steps treatment and compensation process can control the forming degree of EIGA producing atomizing alloy powder more efficiently; |
| 6) High purity spherical alloy powder with high sphericity, good fluidity and few non-metallic inclusions. |
B) The oxygen increment of active metals such as titanium alloy is controlled within 100ppm, while the oxygen increment of metals such as high-temperature alloys can reach 50ppm.
C) The rod feeding of end surface is heated by plasma arc to melt into liquid.
D) the liquid is ejected and crushed into fine droplets by the centrifugal force of high-speed rotation of the electrode.
E) The droplets eventually form a spherical powder under the action of surface tension in the condensation process.
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