In this era of rapid technological change, the first and reuse of waste lithium batteries has become the focus of attention in the industry. These batteries contain valuable components such as copper foil, aluminum foil, separator, electrolyte and black powder, and how to extract these components safely and effectively is an urgent problem to be solved.
At present, most of the disposal methods of waste lithium batteries need to go through complex steps such as discharge, crushing, and sorting, which is not only cumbersome, but also costly. What's even more worrying is that the ** rate of black powder in this treatment method is extremely low, and it cannot achieve the goal of energy saving and efficiency.
In view of this, lithium battery processing equipment is a new lithium battery crushing production line. From the front end to the back end, this production line includes: feeding device, pre-crushing device, pyrolysis furnace, primary separation device, secondary separation device, hammer crusher, ** separation device, grinding machine and four-stage separation device. Through this series of devices, we can efficiently complete the treatment and reuse of used lithium batteries.
The coarse crushing device is responsible for the live coarse crushing of the waste lithium battery, and this process is carried out in a closed space, and the oxygen replacement device and the first scraper can ensure the safety of the crushing process, and also reduce the complexity and cost of treatment, and improve the treatment efficiency.
The primary separation device screens the pyrolyzed materials and rejects part of the waste materials. The secondary separator further removes magnetic materials such as iron shells and heavy materials, and sends the remaining materials to the hammer crusher for fine crushing. The separator undertakes the finely crushed material and screens out the black powder, which greatly improves the rate of black powder. The four-stage separator performs the final screening and sorting of the remaining material, and the copper-aluminium separator separates the copper from the aluminum**.
Through this series of sophisticated processes, the waste lithium battery processing equipment can not only efficiently complete the sorting of various components, but also significantly improve the rate of black powder, laying a solid foundation for the goal of energy conservation and efficiency. Waste lithium battery ** treatment equipment