The excellent thermal conductivity of chrome zirconium copper electrode is about 3~4 times better than that of die steel. This feature ensures rapid and uniform cooling of plastic products, reduces deformation of products, unclear shape details and similar defects, and significantly shorens the production cycle of products in most cases. Beryllium cobalt-copper is widely used in molds, cores, and inserts requiring rapid and uniform cooling, especially for high heat conductivity, corrosion resistance, and good polishing. It is widely used in the manufacture of inserts and cores in injection molds or steel molds. When the chromium-zirconium copper electrode rod can be used as inserts in plastic molds, it can effectively reduce the temperature of the heat concentration zone and simplify or eliminate the cooling channel design.
Chrome zirconium copper electrode has good electrical and thermal conductivity, high strength, good wear resistance, strong blast resistance and cracking resistance and high softening temperature, and strong quenching resistance, good standing, sheet is not easy to bend, a wide range of applications. Chromium-zirconium copper is used as the electrode, the electrode loss is less, the speed is faster, the total cost is low, the main performance of the electroplating process steel parts is general, suitable for the dissolution of the two protection welding machine electrode related pipe.
Chrome zirconium copper electrode is widely used in cars, motorcycles, barrels (cans) and other mechanical equipment manufacturing industry production of electric welding welding, conductive mouth, power switch circuit breaker, abrades, two protection welding machine auxiliary equipment with a variety of materials zinc aluminum alloy welding wire in the automobile industry energy saving and emission reduction level to play an inestimable effect. In contrast, titanium metal parts have high cost, poor forming ability and poor welding characteristics. Although titanium parts have excellent properties, there is still a long way to go before titanium and aluminum alloy are widely used in the automobile industry.
Post time: Nov-16-2022