In the field of resource recycling, copper and aluminum metals in waste lithium batteries have become the focus of attention due to their importance and high recycling value, which makes the recycling of waste lithium batteries extremely important. Among them, the recycling process mainly covers processes such as crushing and physical sorting, and physical sorting is the key link in the recycling of waste lithium batteries, aiming to accurately recycle various metal resources.
Against this background, a new type of crushing and sorting device for recycling waste lithium batteries came into being. The device includes a base, which serves as a stable foundation for the entire device and carries various key processing mechanisms and their lower structural parts. The crushing box is fixedly connected to the top side of the base, providing space for installation and operation of other internal mechanisms.
The crushing mechanism inside the device is located at the upper end of the crushing box and is responsible for the preliminary crushing of waste lithium batteries. The separation mechanism is set at the lower end of the crushing box, which can effectively separate the crushed slag. In addition, there are also grinding mechanisms and other collaborative work.
It is worth mentioning that through the exquisite coordination between multiple mechanisms such as crushing mechanism, separation mechanism, grinding mechanism, and sorting mechanism, when processing waste lithium batteries, integrated processing can be achieved without the need for cumbersome transfer and collaboration between multiple devices. This design greatly improves the overall device integration and significantly reduces the floor area, thereby greatly improving the space utilization rate.
Not only that, the linkage between the various mechanisms in the crushing and sorting device of the waste lithium battery recycling equipment can effectively utilize power and carry out targeted treatment and recycling of lithium batteries according to the components after crushing, greatly improving the recycling rate. With the help of the fan unit, the lighter aluminum powder can be blown up and pushed away, while the heavier copper powder will pass through the mesh of the ventilation plate, thereby achieving a complete separation of aluminum powder and copper powder, successfully extracting the most precious components in the waste lithium battery, and achieving a fine sorting effect.
This innovative crushing and sorting device brings higher efficiency and better quality to the recycling and processing of waste lithium batteries, which not only helps to make full use of resources, but also makes positive contributions to environmental protection and sustainable development. I believe that in the future, with the continuous advancement and improvement of technology, such devices will play a more important role in the field of waste lithium battery recycling, and promote the entire industry to develop in a greener and more efficient direction.
