Resistance welding electrode combines the advantages of tungsten and copper, because of the high hardness of tungsten, high melting point, anti-adhesion characteristics and copper to maintain high conductivity, high heat dissipation characteristics, often used to do a certain wear resistance, high temperature resistance electrode. In mid-February, we safely delivered the Tungsten Alloy Inlaid Spot Weld Electrodes to our French customers via international express. The customer is very satisfied with our product quality, order price, delivery speed and service attitude, and expressed their willingness to continue to maintain cooperation with us in tungsten copper or tungsten alloy products. Our company has many years of experience in the production of non-ferrous metal products, and has ISO quality certificate certification, you can rest assured to order our products.
Tungsten Copper Resistance Welding Electrodes, also known as combined electrodes, often choose high-quality tungsten alloy as the electrode extreme part, the internal structure is dense; The rod is made of copper or chrome-zirconium copper to maintain the characteristics of high conductivity and high heat dissipation. Other than that. They also have easy cutting, high density, high strength, high melting point, resistance to adhesion, high temperature resistance, arc ablation resistance, wear resistance and durability of tungsten and copper. Tungsten Copper Resistance Welding Electrodes are widely used in high-temperature welding fields such as arc welding, plasma welding, electron beam welding, electrolytic machining (mainly used in the production process of electrolytic copper, aluminum, zinc and other metals), electrochemical machining and other fields. It has the advantages of good stability at high temperature, strong corrosion resistance, good electrical conductivity, long life, etc., and can meet the high requirements of welding and processing needs. Tungsten Copper Resistance Welding Electrodes are mainly used for welding and producing various precision parts, which can be widely used in automobile manufacturing, aviation industry, civil electrical appliances, metal smelting, high-temperature welding industry and new building materials.
