Metal Powder Production Furnaces
Metal Powder Production Furnaces
Plasma Gas AtomizerRetech Ceramic Induction Gas Atomizer (R-CIGA)
Small Scale Atomizer
Titanium Gas Atomizer (TiGA)
Rotating Electrode Gas Atomizer (REGA)
Centrifugal Atomizer
Melt Spinning / Strip Casting
Powder Handling and Consolidation
Retech Metal Atomization Systems utilize our proven melting technologies in combination with gas atomization, spin cup atomization or a spin wheel to produce powders that meet the specific needs of our customers. In addition, Retech can supply post-atomization, powder handling and consolidation equipment. We endeavor to work with companies in determining the optimal methods of design and manufacture of all our systems. Whether utilizing new or existing technologies, our goal is to satisfy our customer's needs.
Plasma Gas Atomizer
Retech Plasma Powder equipment utilizes our Plasma Arc Melting (PAM) technology in combination with gas atomization, spin cup atomization or a spin wheel to produce powders that meet the specific needs of our customers.
Materials:
Reactive Metals, Refractory Metals, Amorphous Metals, Super Alloys, and Silicon
Applications:
Gas Atomization, Spin Cup Atomization
Download Plasma Atomizer BulletinRetech Ceramic Induction Gas Atomizer (R-CIGA)
Retech Vacuum Metal Powder systems combine vacuum induction melting of oxygen sensitive metals & alloys with inert gas atomization for the production of a variety of powder specifications.
Materials:
Nickel, Cobalt and Ferrous Alloys
Applications:
Batch Production
Download Ceramic Induction Gas Atomizer (R-CIGA) BulletinSmall Scale Atomizer
The Retech Small Scale Atomizer utilizes our state of the art melting technology in combination with advanced atomization techniques to produce highly spherical powders within a narrow Powder Size Distribution (PSD).
Materials:
Titanium, Nickel, Cobalt, and Ferrous Alloys as well as Other Reactive & Refractory Metals
Applications:
Spin Cup Atomization, Spin Wheel
Download Small Scale Atomizer BulletinTitanium Gas Atomizer (TiGA)
As the leader in Titanium Gas Atomization systems to the aerospace industry, Retech is well acquainted with the demands of high-performance materials.
Materials:
Titanium and Titanium Alloys
Applications:
Powder Production
Download Titanium Gas Atomizer (TiGA) BulletinRotating Electrode Gas Atomizer (REGA)
A Retech REGA Metal Powder systems combines crucible-less, induction melting of oxygen sensitive metals & alloys with inert gas atomization for the production of a variety of powder specifications.
Materials:
Titanium, Nickel, Cobalt, and Ferrous Alloys as well as Other Reactive & Refractory Metals
Applications:
Induction Melting
Download Rotating Electrode Gas Atomizer (REGA) BulletinCentrifugal Atomizer
Retech has been a leader in the supply of centrifugal atomizers used for production of highly spherical powders with a narrow particle distribution.
Materials:
Titanium, Nickel, Cobalt, and Ferrous Alloys as well as Other Reactive & Refractory Metals
Applications:
Powder
Download Centrifugal Atomizer BulletinMelt Spinning / Strip Casting
Utilizing our exclusive cooling wheel assemblies, Retech Melt Spinning furnaces are ideally designed and configured for production of high-value bonded magnet powders.
Materials:
Rare Earth Alloys, Bulk Metallic Glasses, and Amorphous Metals
Applications:
Magnet Powders
Download Melt Spinning / Strip Casting BulletinPowder Handling and Consolidation
Retech continues to innovate through novel powder handling and recycling technologies.
Materials:
Reactive Metals, Refractory Metals, Amorphous Metals, Super Alloys, Shape Memory Alloys, Silicon
Applications:
Alloy Production, Ingot Casting, Atomization, Precision Casting
Download Powder Handling and Consolidation BulletinMetal Powder Production Furnaces FAQ’s
Retech Metal Atomization Systems utilize our proven melting technologies in combination with gas atomization, spin cup atomization or a spin wheel to produce powders that meet the specific needs of our customers. We endeavor to work with companies in determining the optimal methods of design and manufacture of all our equipment.