Application and grade of copper and copper alloy welding wire
Release time:
2020-06-12
There are three uses of copper and copper alloy welding wire: first, welding copper and copper alloy for copper and copper alloy connection; secondly, due to its good corrosion resistance and wear resistance, it is often used for surfacing parts resistant to friction between metals (such as bearing shells, low-pressure valve sealing surface) and seawater corrosion resistant workpieces (such as propellers). In addition, it is more widely used for brazing steel, cemented carbide tools, etc. Copper and copper alloy welding wire can be used for welding by argon arc welding (MIG welding), tungsten argon arc welding (TIG welding), gas welding and plasma arc welding. Tungsten argon arc welding (TIG welding) usually adopts the DC positive connection method, and the melting electrode argon arc welding (MIG welding) usually adopts the DC reverse connection method. Recommended Welding Specification: TIG welding
There are three uses of copper and copper alloy welding wire: first, welding copper and copper alloy for copper and copper alloy connection; secondly, due to its good corrosion resistance and wear resistance, it is often used for surfacing parts resistant to friction between metals (such as bearing shells, low-pressure valve sealing surface) and seawater corrosion resistant workpieces (such as propellers). In addition, it is more widely used for brazing steel, cemented carbide tools, etc.
Copper and copper alloy welding wire can be used for welding by argon arc welding (MIG welding), tungsten argon arc welding (TIG welding), gas welding and plasma arc welding.
Tungsten argon arc welding (TIG welding) usually adopts the DC positive connection method, and the melting electrode argon arc welding (MIG welding) usually adopts the DC reverse connection method.
Recommended Welding Specification:
TIG welding
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