Copper Welding Wires

This alloy is widely used in the automotive industry in the MIG brazing process. It is used in the repair of bearing housings and for coating surfaces requiring corrosion resistance. It can be used for shafts, pumps, valve seats, and pump coatings. It can also be used in the repair of ship propellers made from a similar alloy.

This alloy, which has very high strength, can be used for joining alloys such as aluminum bronze, silicon bronze, manganese bronze, and nickel bronze. It can also be used to join copper alloys with different materials such as cast iron, steel, and brass. With its very high yield and tensile strength, as well as high hardness, this alloy is particularly suitable for coating components such as shafts, propellers, and bearing housings in the ship repair industry.

This nickel-aluminum bronze alloy is used for welding and plating similar metallurgical materials. It can also be used for the repair and maintenance of components such as propellers and shafts that are exposed to saltwater.

This alloy exhibits excellent resistance to saltwater corrosion. It is commonly used in the shipbuilding industry and in facilities that desalinate seawater for components such as pipes, pumps, and valves. It is used in the welding of non-ferrous materials and dissimilar materials, as well as in brazing. It can be used for welding similar copper alloys containing up to 30% nickel, as well as for joining stainless steel and copper.

This alloy (Cu-Sn 6%–8%), which can be used for welding tin bronzes, is also used for welding brass materials that are technically weldable. It is used to join tin bronze and certain brass alloys with materials in the cast iron and steel family. It is an alloy that can be used to coat the surfaces of steel or brass materials. Its general applications include the joining of all tin bronze alloys with the same or similar compositions, as well as in production and repair/maintenance welding in the chemical and petrochemical industries.

Due to its high tin content, this alloy is generally preferred for cladding welding. An increase in the tin content enhances the material’s yield strength, tensile strength, and hardness compared to the CuSn5P alloy. This alloy, which can be easily used for many applications, can also be used to join cast iron parts with steel materials.