Materials » Non Ferrous Powders » Copper Powders » Copper Atomised powder
- Copper Atomised powder
- Production technique: water atomization, sieving
- Composition: 99,00% to 99.6%
- Apparent densities: 2.00 g / cm3 up to 3.30 g / cm3
- Particle shape: spherical to irregular
- Particle size distribution: 425 to 45 microns
Copper W-PM-CUE
Copper CuDr150
| Product Group: | Copper Atomised powder |
| Description of the material and main chemical components: | Copper powder attained from melting of qualified copper raw material |
| Description of the manufacturing process: | water atomisation from refined molten bath, sieving |
| Typical applications: | Ferrous sintering, Non ferrous sintering, brazing, filler, friction, catalyst |
| Main characteristic of the product Type: | Atomised copper is most convenient choice when no specific reasons impose the use of lowest grades or dendritic shape typical to electrolytic powders |
| Particle shape: | from spherical to irregular |
| Particle upper cut size (Full range): | 60 to 425 |
| Particle upper cut size (Typical): | 60 to 425 |
| Apparent density (Typical): | 2.20 to 3.30 |
| Recommended Pakaging: | |
| Application notes: | In ferrous sintering it is used as additive to adjust characteristics, In non ferrous it is used as main component in its reduced form. |
| Key elements: | Cu copper |
| Key Processing: | Atomisation: powder |
Other grades are available
| grade | sieving size | Cu content % min | Ot% | apparent density |
| CU W 425/75 | 425 | 99.5 | 0.2 | 2.8 |
| CU W RCP | 150 | 99.6 | 0.2 | 2.7 |
| CU PM100 | 100 | 99.0 | 0.2 | 2.4 |
| Product Group: | Copper Atomised powder |
| Description of the material and main chemical components: | Copper powder attained from melting of qualified copper raw material |
| Description of the manufacturing process: | water atomisation from refined molten bath, sieving |
| Typical applications: | Friction, filler |
| Main characteristic of the product Type: | Specific particle size distribution |
| Particle shape: | irregular |
| Particle upper cut size (Full range): | 150 |
| Particle upper cut size (Typical): | 150 |
| Apparent density (Typical): | 2.8 |
| Recommended Pakaging: | |
| Application notes: | |
| Key elements: | Cu copper |
| Key Processing: | Annealing, Atomisation: powder |
Other grades are available
| grade | sieving size | Particle size <45 | Cu content% min | apparent density |
| CuDr150 | 150 | 60 to 80% | 99,5 | 2,8 |
| Models | Copper W-PM-CUE | Copper CuDr150 |
| Fe iron | ||
| Cr chromium | ||
| P phosphorous | ||
| Ni nickel | ||
| Mn manganese | ||
| Cu copper | • | • |
| Cu (elctrolytic) | ||
| Mo molybdenum | ||
| Zn zinc | ||
| Sn tin | ||
| Various Premix additive | ||
| AI aluminium | ||
| tiO2 titanium dioxide |
| Models | Copper W-PM-CUE | Copper CuDr150 |
| Annealing | • | |
| Diffusion Bonding | ||
| Atomisation: powder | • | • |
| Atomisation: granules | ||
| Electrolytic Powder | ||
| Crushing | ||
| Mixed/Homogenised powder (ready to use) |
| Model | Copper W-PM-CUE | Copper CuDr150 |
| Sintering | • | |
| Friction | • | • |
| Blasting | ||
| Diamonds Tool | ||
| Welding | ||
| Flame cutting | ||
| Plastic/resin/ceramic filler | • | • |
| Carbon brush | ||
| Chemical | • | |
| Jewellery | ||
| Food/Farmaceutical/Cosmetics | ||
| Magnetic | ||
| Brazing | • | |
| Other iron applications | ||
| Soft Blasting |
- Copper W-PM-CUE
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Pometon introduction
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Copper atomised
- Copper CuDr150
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Pometon introduction
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Copper atomised