Lithium battery negative electrode copper foil crushing machinery and equipment. Our company mainly consists of three main products. More than 10 single-machine equipment form a set of production lines. According to the different lithium battery positive and negative electrode core materials and lithium battery raw materials, the production capacity and finished product requirements are different.
The product has the characteristics of high sorting rate, uniform particle size distribution, and high particle size efficiency. It can be widely used in the treatment of various types of waste lithium batteries and lithium-ion battery negative electrode materials. Product introduction: According to the separation characteristics of lithium battery negative electrode material copper foil, different equipment is used for crushing and grading to achieve greater recovery value. According to the successful case of our company’s lithium battery negative electrode copper foil crushing machinery and equipment, the production and use of our company’s lithium battery negative electrode crushing machinery and equipment can effectively crush the lithium battery negative electrode material, separate the copper foil from the negative electrode material and the diaphragm, and add photocatalytic facilities and waste gas collection facilities according to demand for graded treatment to achieve high-purity separation requirements. Innovation: The copper foil crushing machinery for lithium battery negative electrode materials uses an inert gas protection device to collect the odor during the tearing and crushing process, and seals the conveying and sorting equipment. According to the environmental protection requirements of different enterprises, the production and manufacturing equipment lines can be customized. Welcome to consult.
Equipment features:
1. The finished product of the copper foil crushing machinery for lithium battery negative electrode materials has uniform particle size and high sorting purity.
2. The equipment with particle size passing through the airflow sorter has a high vibration screening frequency and high production capacity.
3. The mechanical ultrafine grinder has low energy consumption and the yield rate can reach more than 90-99%.
4. The interior of the equipment can be lined with wear-resistant materials or the feed port can be equipped with stainless steel materials to reduce equipment wear.
5. The equipment runs stably, and there is no difference or change in long-term continuous production
6. The whole process can be closed with negative pressure operation, automatic control, low noise, and no dust pollution
