High combination rate copper clad nickel with good weldability and corrosion resistance

Nickel clad copper belongs to the combination of non-ferrous metals and rare metals. It has superior performance in weld ability, conductivity and high combination rate, and has good lubricity and corrosion resistance. ZEGOTA uses innovative technology, high-end equipment and high-quality raw materials to develop and produce high-quality nickel clad copper material with leading low resistivity, corrosion resistance and easy welding.

Advantages:

1. Low resistivity: Copper has good electrical conductivity. ZEGOTA has optimized the electrical conductivity of copper by special technology. After combining with nickel, the resistivity of copper is reduced by 20%.

2. Good weldability: Nickel is a high temperature resistant material. When nickel reaches the melting point, copper melts completely and can be welded better, which can improve the welding performance by 45%.

3. High combination rate: we improves the combination rate between materials and the combination density between metals through cold rolling, hot rolling and high rolling force technology. It can achieve 99.99% combination rate without voids and bubbles.

Parameters:

Application:

1. Automobile Industry: Spark plugs are frequently used in automobiles, motorcycles and other motor vehicles. Multilayers are subjected to high temperature impact. Common materials have very short life. Nickel clad copper materials have high temperature resistance and can withstand high temperature impact millions of times. Therefore, they will be widely used in the automobile industry.

2. Battery industry: Electrode plates of batteries have been used to deal with the state of electrification. Generally, copper plates have low service life, poor corrosion resistance, and connection wires of batteries. Nickel clad copper have good corrosion resistance, and do not produce waste water and do not pollute the environment.

3. New energy industry: Nickel clad copper has excellent electrical conductivity, thermal conductivity, and corrosion resistance. Mainly used for making generators, buses, cables, switchgear, transformers, etc.