Chinese Copper Cathode T1 T2 T3 Producing Procedure and Detailed Information

Electrolytic copper is a high-purity copper obtained through the refining process of electrolysis, which has characteristics such as high conductivity, high plasticity, high corrosion resistance, and low oxidation rate. The main raw material for the production of electrolytic copper is copper ore, which is processed into a solution containing copper ions through leaching, refining, and other processes. It is then added to the electrolytic cell, with an anode and cathode set up. When electrified, electrolysis begins, and copper ions are reduced to pure copper on the cathode. At the same time, copper on the anode dissolves into copper ions.

The application of electrolytic copper is very extensive, mainly reflected in the following aspects:

In the field of electronics and electrical engineering:

Mainly used for the production of high-precision circuit boards, chip packaging materials, micro wires and other electronic components and semiconductor devices.

In the fields of construction and transportation, the excellent conductor performance of electrolytic copper makes it widely used in large-scale infrastructure construction such as highways, urban rail transit, and airports.

Other fields: also used for manufacturing chemical reagents, alloy materials, aerospace components, etc.

The preparation process of electrolytic copper is relatively simple, with high purity, and is suitable for large-scale production. The utilization rate of copper is high, but there are also some drawbacks, such as the construction and maintenance of equipment requiring a large amount of investment and labor costs. At the same time, a large amount of waste liquid and exhaust gas are generated during the electrolysis process, which brings certain pressure to the environment and safety. In the future, with the continuous development of technology, the preparation process of electrolytic copper is also constantly upgrading. New process technologies mainly include the development of high-performance electrolytes, improvement of electrolytic cell materials, and automation control of the electrolytic process.

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