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Copper-based master alloys are produced for the copper and brass industry. The range includes alloys such as Copper-iron, Copper-manganese, Copper-boron and Copper-zirconium. They dissolve better than the corresponding pure metal or metals.
Copper-aluminium Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-aluminium Master Alloy at a competitive price both in scientific research and industrial production.
Copper-aluminium-boron Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-aluminium-boron Master Alloy at a competitive price both in scientific research and industrial production.
Copper-aluminium-nickel Master Alloy is used in the manufacture of highly specialized metal products. Heeger Materials can provide the best Copper-aluminium-nickel Master Alloy with high purity and specific material characteristics at a competitive price. Customized shapes and component ratios are available upon request.
Copper-aluminium-silicon Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-aluminium-silicon Master Alloy at a competitive price both in scientific research and industrial production.
Copper-antimony Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-antimony Master Alloy at a competitive price both in scientific research and industrial production.
Copper-arsenic Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-arsenic Master Alloy at a competitive price both in scientific research and industrial production.
Copper-bismuth Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-bismuth Master Alloy at a competitive price both in scientific research and industrial production.
Copper-boron Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-boron Master Alloy at a competitive price both in scientific research and industrial production.
Copper-calcium Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-calcium Master Alloy at a competitive price both in scientific research and industrial production.
Copper-cerium Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-cerium Master Alloy at a competitive price both in scientific research and industrial production.
Copper-chromium Master Alloy is used in the manufacture of highly specialized metal products. Heeger Materials can provide the best Copper-chromium Master Alloy with high purity and specific material characteristics at a competitive price. Customized shapes and component ratios are available upon request.
Copper-cobalt Master Alloy is used in the manufacture of highly specialized metal products. We can provide high-quality Copper-cobalt Master Alloy at a competitive price both in scientific research and industrial production.
Copper-based intermediate alloy with uniform composition is mainly used for the composition and organization control of copper alloy products.
Product | Item | Element wt% | Addition | Melting ℃ | Character |
Copper Silicon | CuSi16 | Si13.5~16.5 | TBD | 800 | Crisp |
Copper Manganese | CuMn22 | Mn20~25 | 2~3‰ | 850~900 | Tough |
Copper Nickel | CuNi15 | Ni14~18 | 2~3‰ | 1050~1200 | Tough |
Copper Iron | CuFe10 | Fe9~11 | 3~5‰ | 1300~1400 | Tough |
Copper Antimony | CuSb50 | Sb49~51 | 2~3‰ | 680 | Crisp |
Copper Beryllium | CuBe4 | Be3.8~4.8 | 1~3‰ | 1100~1200 | Tough |
Copper phosphorus | CuP14 | P13~15 | 1~3‰ | 900~1020 | Crisp |
Copper Magnesium | CuMg10 | Mg9~11 | 1~3‰ | 750~800 | Crisp |
Copper Rare Earth | CuRe15 | Re14~16 | 2~4‰ | 1050~1200 | Tough |
Copper Titanium | CuTi20 | Ti18~20 | 1~5‰ | 970~1020 | Tough |
Copper Zirconium | CuZr10 | Zr8~12 | 2~3‰ | 1100~1200 | Tough |
Copper Boron | CuB3 | B3~3.8 | 0.5~2‰ | 1200~1250 | Tough |