Where is the profit space of waste lithium battery recycling industry?

With the development of the electronic industry in China, the usage of lithium batteries is getting larger and larger, and the use of used lithium batteries is also increasing. For these used lithium batteries, what their role and how to recycle them has become an urgent problem. The lithium battery Crusher equipment produced by Kedi Machinery completely solved this problem and realized the recycling of waste lithium batteries.

For the use of used lithium batteries, we know that cobalt, lithium, copper and plastics in waste lithium batteries are valuable resources and have a very high recycling value. Therefore, the disposal of waste lithium batteries is not only of significant environmental benefit, but also of good economic benefit. In order to alleviate the serious shortage of resources and environmental pollution caused by the rapid economic development, it has become a global consensus to realize the recycling of all components of used lithium batteries.

The waste lithium battery mainly consists of shell, positive electrode, negative electrode, electrolyte and diaphragm. The positive pole is the composition of lithium cobalt acid powder coated on both sides of the aluminum foil set fluid through PVDF that acts as a bond; The negative electrode structure is similar to the positive pole and consists of carbon powder bonded to both sides of the copper foil set fluid. For the recycling of used lithium batteries, the commonly used methods for the recycling of used lithium batteries include hydro metallurgical, pyrometallurgical and mechanical physics methods. Compared with the wet method and the fire method, the lithium battery Crusher adopts the mechanical physics method without the need to use chemical reagents, and the energy consumption is lower. It is an environmentally friendly and efficient method.

The recycling of used lithium batteries for processing is profitable, and the investment in Jiadi mechanical lithium battery shredder equipment is based on the positive and negative polar structure of lithium batteries and the material characteristics of copper and carbon powder, the constituent materials. The components of negative electrode of waste lithium battery were separated and recovered by means of hammer vibration fragmentation, vibration sieve and air separation.

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