Copper Electrolysis Copper Cathode Production Line

In modern industry, copper electrolysis is a key process for the production of high-purity copper cathode plates. Widely used in electrical engineering, electronics, and industrial applications, copper cathode plates are favored for their excellent electrical conductivity and low impurity levels. SUNY GROUP will introduce the equipment technology related to the copper electrolytic cathode plate production line.

The copper electrolytic cathode plate production line mainly consists of an anode plate forming unit, electrolyzer, cathode plate stripping unit, residual electrode cleaning unit, fully automated traveling car, and traveling car guide frame. These equipments work together to ensure the high efficiency and continuity of the production process.

Copper Electrowinning Machine

Key Equipment Technology

Anode Plate Forming Unit: Responsible for machining the anode plate into a specific shape to fit the requirements of the electrolyzer.

Electrolyzer: is the core part of the copper electrolysis process, in which copper ions migrate from the anode plates to the cathode plates to form high-purity copper cathode plates.

Cathode Plate Stripping Unit: Used to remove the cathode plate from the electrolyzer and strip the copper layer from it.

Copper Rod Casting Machine

Residual Electrode Cleaning Unit: Cleans the stripped cathode plate and removes impurities and residues from the surface.

Fully automatic traveling car and traveling car guiding frame: used for material handling and assembly of the automated production line.

The equipment technology of the copper electrolytic cathode plate production line is constantly advancing, providing high-quality base materials for the electrical engineering and electronics industries. Through technological innovation, the automation and efficiency of the production line have been significantly improved to meet the market demand for high-purity copper cathode plates. If you have related needs, please feel free to contact us.