Copper Master Alloy
Copper master alloy is made by smelting copper and other metals together, and can be configured into different proportions according to needs.
Shape:
Ingot,Lump
Overview
Metal Copper Master Alloy | ||||
---|---|---|---|---|
Name | Grade | Alloy addition | Feature | Application |
Copper-manganese master alloy | CuMn30 | 28.0-31.0%Mn | Tough | Addition of manganese element in copper alloy smelting |
copper arsenic master alloy | CuAs30 | 28.0-31.0%As | Crisp | Addition of arsenic element in copper alloy smelting |
Copper phosphorus master alloy | CuP14 | 13.0-15.0%P | Crisp | Addition of phosphorus element in copper alloy smelting |
Copper magnesium master alloy | CuMg20 | 17.0-23.0%Mg | Crisp | Addition of magnesium element in copper alloy smelting |
copper silicon master alloy | CuSi20 | 18.0-21.0%Si | Crisp | Addition of silicon element in copper alloy smelting |
copper boron master alloy | CuB5 | 4.0-7.0%B | Crisp | Addition of boron element in copper alloy smelting |
Copper Rare Earth Master Alloy | CuRe18 | 17-19%Re | Tough | Addition of Rare Earth element in copper alloy smelting |
Copper Chromium Master Alloy | CuCr10 | 9.0%-11.0%Cr | Tough | Addition of Chromium element in copper alloy smelting |
Copper Iron master alloy | CuFe10 | 9.0-11.0%Fe | Tough | Addition of Iron element in copper alloy smelting |