Powdered Metals
Tosoh Powdered Metals
for Additive Manufacturing are Taking Shape
Additive manufacturing (AM) is the process of producing components by adding successive layers of material to achieve final shape. Now, metal (3D) printing technology is widely used in various industries such as medical, automobile and aerospace. Today, several developers in AM industries realize that specialty alloy powders are needed for drastically improved mechanical properties. Tosoh SMD’s long history of manufacturing metal products for the semiconductor industry made the transition to powder products easy. We offer high-quality metal powders specifically optimized for rapidly evolving 3D printing processes.
Our Technologies
Tosoh’s in-house powder production equipment is customized to meet all types of AM manufacturing process needs. We provide a comprehensive range of gas-atomized metal powders, specializing in difficult high-purity allows.
Signatures of Tosoh:
• Ultra-clean powder, free of ceramic inclusions
• Wide range of customized alloy compositions
• Controlled powder geometry: fine or coarse, spherical or angular
• Excellent flow ability due to spherical shape
• High uniformity powder in alloy composition
• Customized chemistry and surface morphology
• Consistent quality through batch
Products
High-quality Titanium and Titanium alloy powders are of the most popular products that we provide. Other common metal powders include iron, nickel, cobalt, copper, chromium, and alloys thereof. We atomize to meet your stringent needs.
Al alloy MMC powder
EDS image shows excellent uniformity performance (red dots: oxide particle distribution)
Custom alloys powders (example) |
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| Products: | Chemical formula: |
| Titanium-Niobium-Zirconium-Tantalum | Ti-Nb-Zr-Ta |
| Titanium-Zirconium-Copper-Nickel | Ti-Zr-Cu-Ni |
| Titanium-Copper-Nickel | Ti-Cu-Ni |
| Titanium-Aluminum | Ti-Al |
| Titanium-Tantalum | Ti-Ta |
| Ni-based alloys | Ni 909 and similar |
| Magnetic alloys | FeNiCo, etc |
| High entropy alloys | Multiple compositions |
| Al MMC | Al 7075+10% Al2O3 |
| Ti MMC | Ti-6,4+ 5% Ti2B |