The performance of purple copper belt?

In many industries, conductive and thermal conductivity materials are needed. Purple copper belt and purple copper plate are most widely used at present. The conductivity and thermal conductivity of purple copper belt is second only to silver, and it is widely used in the production of conductive and thermal conductivity equipment.
Performance of purple copper belt:
1. The purple copper belt is rich in ductility, like the size of a drop of pure copper, can grow up to two kilometers of filament, or calendered into a bed larger than almost transparent foil. The valuable property of purple copper is that it has very good electrical conductivity, second only to gold and silver in all metals.
2. Purple copper belt with good electrical conductivity, heat conduction, corrosion resistance and processing properties, can be welded and fiber welding. There are less impurities that reduce the conductivity and thermal conductivity, and trace oxygen has little effect on the conductivity, thermal conductivity and processing properties.
3. High purity, fine structure, oxygen content is very low, no porosity, trachoma, loose, excellent electrical conductivity, high accuracy of the surface of the electroetching mold, after heat treatment process, no direction of the electrode, suitable for fine play, fine play, with good thermal conductivity, processing, ductility, corrosion resistance and weather resistance.
4. Purple copper used in the production of generators, busbars, cables, switching devices, transformers and other electrical equipment and heat exchanger, pipe, solar heating device plate collector and other heat conduction equipment.
5. Ordinary purple copper belt in the reducing atmosphere containing hydrogen or carbon monoxide heating, hydrogen or carbon monoxide is easy to interact with the grain boundary cuprous oxide (Cu2O), produce high pressure water vapor or carbon dioxide gas, can make the copper fracture.
In addition, the melting point of copper belt is 1083℃, without isomerism transformation, and the relative density is 8.9, five times that of magnesium. The mass of the same volume is about 15% heavier than that of ordinary steel.


Post time: Jun-21-2022
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