Description
SMC-HTE Spherical Metal Powder Production – High-Purity, Efficient Manufacturing
SMC-HTE utilizes the PREP method, which involves using metal or alloy as the consumable electrode. Under centrifugal force, this method effectively produces spherical metal powder. It eliminates the formation of slugs, avoids contact with refractory materials, and removes non-metallic impurities, resulting in high-purity spherical powder ideal for advanced applications.
Technical Details
| Description | |||
|---|---|---|---|
| Grade | GP1 (17-4PH) | PH1 (15-5PH) | 2Cr13 |
| Main Element | Cr：15.00-17.50 Cu：3.00-5.00 Ni：3.00-5.00 Mn：≤1.0 Fe：Bal | Cr：14-15.5 N ：3.5-5.5 Cu：2.5-4.5 Nb：0.15-0.45 Fe：Bal | Cr：12-14 C ：0.16-0.25 Mn：≤1 N ：≤0.6 Fe：Bal |
| Impurity Element | Nb：0.15-0.45 Si：≤1.0 Mo：≤0.50 C ：≤0.07 O ：≤0.05 | Mn：≤1.00 Si：≤1.00 C ：≤0.07 P ：≤0.04 S ：≤0.03 O ：≤0.05 | Si：≤1 P ：≤0.035 S ：≤0.03 O ：≤0.05 |
| National Standard | Nil | Nil | GB/T 3620.1-2007 |
| USA Standard | A708 | Nil | Nil |
| Particle Size Distribution | 15-45μm (15-53μm) (53-120μm) (53-150μm) | 15-45μm (15-53μm) (53-120μm) (53-150μm) | 15-45μm (15-53μm) (53-120μm) (53-150μm) |