Advanced alloy powders, pure and simple
From simple coatings for buildup repair to complex coatings that protect against high-temperature wear and oxidation, we offer a wide range of pure metal-based alloy powders. We use a variety of manufacturing techniques—including argon gas atomization (AGA), vacuum sintering, agglomeration and physical blending—to produce standard and custom powders that deliver the coating properties your application demands.
Powder Name&Composition | Chemistry & Size | DIAMETER | Safety Data Sheet (SDS) |
---|---|---|---|
CU-101 CuNiIn (Atomized) |
Ni 36.5 In 5.0 Co balance -45 µm/+5 µm |
|
CU-101 (132KB) |
CU-102 CuNiIn (Atomized) |
Ni 36.5 In 5.0 Cu balance -75 µm/+45 µm |
|
CU-102 (132KB) |
CU-103 Cu-38Ni (Atomized) |
Ni 38.0 Cu balance 75 µm/+45 µm |
|
CU-103 (132KB) |
CU-116 Cu-38Ni (Atomized) |
Ni 38.0 Cu balance -45 µm |
|
U-116 (132KB) |
CU-104 Cu-10AI-1Fe (Al-Bronze) (Atomized) |
AI 10.0 Fe 1.0 Cu balance -53 µm/+5 µm |
|
CU-104 (120KB) |
CU-104-2 Cu-10AI-1Fe (Al-Bronze) (Atomized) |
AI 10.0 Fe 1.0 Cu balance -53 µm/+11 µm |
|
CU-104-2 (120KB) |
CU-104-5 Cu-10AI-1Fe (Al-Bronze) (Atomized) |
AI 10.0 Fe 1.0 Cu balance -125 µm/+45 µm |
|
CU-104-5 (120KB) |
CU-159-3 Pure Cu (Atomized) |
Cu 99.0 min -38 µm/+11 µm |
|
CU-159-3 (120KB) |
CU-159 Pure Cu (Atomized) |
Cu 99.0 min -31 µm/+5 µm |
|
CU-159 (120KB) |
CU-159-1 Pure Cu (Atomized) |
Cu 99.0 min -75 µm/+45 µm |
|
CU-159-1 (120KB) |