Electrolytic Copper Foil Workshop Design
Introduction
Electrolytic copper foil is a kind of ultra-thin copper foil produced by the electrolytic method. In the process of production, electrolytic copper foil needs to pass through the foil rolling workshop, electrolytic workshop and corresponding supporting functions. In this report, design specifications will be provided for the electrolytic copper foil production workshop.
1. Production process
The production process of electrolytic copper foil workshop includes material receiving, foil rolling, electrolytic plating workshop and other auxiliary processes. Generally, ingot moulding is usually the beginning of electrolytic copper foil production. Pre-degreasing, plating, calendaring and powder grinding are necessary in the process of electrolytic copper foil production, and auxiliary processes such as slitting lines, cutting lines and foil rolling machines are also needed.
2. Layout design of workshop
Electrolytic copper foil workshop mainly includes workshop material receiving area, pre-degreasing workshop, plating workshop, electrolytic workshop, auxiliary workshop and other areas. The distribution of various areas should meet the requirements of production process. The pre-degreasing workshop is the entrance of electrolytic copper foil production. It should be laid out close to the workshop material receiving area. The plating workshop should be laid out near the pre-degreasing workshop, and the electrolytic workshop should be laid out near the plating workshop.
3. Design of plant area
The plant area of the electrolytic copper foil production workshop includes not only the production workshop and office building, but also the auxiliary needs of electromechanical equipment, pipe networks, electrical and other facilities. The pipe network should be laid out according to the working requirements of the electrolytic copper foil workshop, and the equipment and equipment should coordinate the pipe network to form the production line. In addition, the reasonable design of the interior layout of the office building should meet the operational needs of the daily organization.
4. Design on fire and safety
In order to reduce the risk of fire, the ventilation of the workshop should be designed according to the number of personnel and the flow of flammable gas. The electrostatic precipitator should be designed at the exit of the electroplating workshop, and the dust collector should be designed in the electroplating workshop to reduce the air pollution of the workshop exhaust. In addition, in view of the large amount of acid mist in the plating workshop, the necessary pipelines should be laid outside the workshop to prevent the mist from going out.
Conclusion
The proper design of the electrolytic copper foil production workshop is of great significance to ensure the safety and stability of the production process. In this report, design specifications are provided for the electrolytic copper foil production workshop. According to the production process of electrolytic copper foil, the layout of the workshop, plant area and fire and safety design are included in the report. This provides a reference for the design of the electrolytic copper foil workshop.
