Wear-resistant chrome zirconium copper has high thermal conductivity, corrosion resistance and wear resistance, high strength, good electrical conductivity, thermal conductivity, high hardness, wear resistance, burst resistance, high softening temperature, low electrode loss during welding.The welding speed is fast and the total welding cost is low. It is suitable as an electrode-related tube of a welding machine, but it is usually performed on electroplated workpieces.
Abrasion-resistant chrome-zirconium copper is an automotive, locomotive resistor used in the resistance welding process for the bicycle and shipbuilding industries. The applicability of material selection for resistance welding electrode materials directly affects welding quality, welding efficiency and welding cost.
In the welding process, the welding electrode mainly applies a certain current and pressure to the workpiece to be welded, and the electrode material is required to have high hardness, high conductivity and good heat resistance. Under normal conditions, the performance requirements of chromium-copper alloy electrodes are not lower than HRB80, the conductivity is not lower than M / m47, and the softening temperature is not lower than 550 ° C. At present, most chrome-plated copper alloy manufacturers produce on the basis of the above performance indicators.
Abrasion-resistant chrome-zirconium copper is an automotive, locomotive resistor used in the resistance welding process for the bicycle and shipbuilding industries. The applicability of material selection for resistance welding electrode materials directly affects welding quality, welding efficiency and welding cost.
In the welding process, the welding electrode mainly applies a certain current and pressure to the workpiece to be welded, and the electrode material is required to have high hardness, high conductivity and good heat resistance. Under normal conditions, the performance requirements of chromium-copper alloy electrodes are not lower than HRB80, the conductivity is not lower than M / m47, and the softening temperature is not lower than 550 ° C. At present, most chrome-plated copper alloy manufacturers produce on the basis of the above performance indicators.