
Plasma Gas Atomizer System
Retech’s Plasma Gas Atomizer (PGA) equipment utilizes our proven Plasma Arc Melting (PAM) technology in combination with recent advancements in our gas atomization technology. The versatility and capacity of Retech’s PGA allow for atomizing any of a wide variety of refractory and reactive alloys, amorphous metal, or superalloys, and do so at production rates far beyond that of any alternate atomization technology.
Retech’s Plasma Gas Atomizer (PGA) equipment utilizes our proven Plasma Arc Melting (PAM) technology in combination with recent advancements in our gas atomization technology. The versatility and capacity of Retech’s PGA allow for atomizing any of a wide variety of refractory and reactive alloys, amorphous metal, or superalloys, and do so at production rates far beyond that of any alternate atomization technology. In addition, Retech can supply post-atomization powder handling and consolidation equipment.
Advantages of PGA:
- Economically viable method to produce reactive and refractory alloy powders.
- Inherently scalable due to use of hearth melting via DC plasma and advanced atomization die technology.
- Feeder supplied tilting hearth allows production session to continue as long as the feeder is being reloaded and the collection tote is being changed.
- Significant reduction in powder cost – for improved yield, lower cost raw materials and recycling of revert.
- Successfully produced complex refractory High Entropy Alloy, TiAl, MoW, Ni alloys on PGA with best-in-class power performance.
- Versatile feedstock process allows for any feed formats suitable for plasma hearth melting, including loose sponge, compacts, scrap, and ingots.
- Accepts elemental feed, allowing alloying to occur directly in the hearth.
- Narrower Powder Size Distribution (PSD) and a better d50 average powder size selectability than alternative powder production methods.
- Current models achieve production rates of 1000 tons per year.
- Scalable to higher production rates.
Product Details
Amorphous Metals
Reactive Metals
Refractory Metals
Silicon
Super Alloys
Powder Production

