Can Lithium Battery Be Recycled?

With the rapid development of science and technology and the rapid rise of the new energy industry. Lithium battery as an important part of the new energy industry. Can be widely used in: electric vehicles, 3C digital products, energy storage systems and other industry sectors. Due to the large demand for lithium batteries, brings a problem that can not be ignored. Recycling and treatment of used lithium batteries. According to incomplete statistics, the annual global number of end-of-life lithium batteries up to millions of tonnes. If these waste lithium batteries are not properly handled. Not only can it cause a waste of resources. It will also cause some pollution to the environment. So how to efficiently recycle lithium batteries. Has become an important problem that needs to be solved.Lithium battery recycling machine has been widely used.

Can Lithium Battery Be Recycled?

With the progress of the lithium battery recycling industry and industrial upgrading. The complete lithium battery recycling and processing process has gradually matured. Waste battery packs need to be disassembled into single lithium batteries first. Then pre-treatment discharge. Then through the lithium battery recycling machine, the used lithium battery is crushed, airflow sorting, screening, gravity sorting, magnetic separation and other steps. The black matter, aluminium chips, copper chips, plastics, iron shells and other valuable materials in the waste lithium battery are extracted. The black matter is then extracted by wet extraction to extract valuable metals: lithium, cobalt, nickel, manganese and so on. The extracted metals can be used in the production and manufacture of lithium batteries. Not only achieve the recycling of resources. Thus greatly reducing the pollution of the environment.

In the field of lithium battery recycling. Lithium battery recycling machine plays a vital role. Achieve resourceful and harmless treatment and recycling of waste lithium batteries. Through the refined recycling treatment and sorting technology. It can increase the purity and recovery rate of both positive and negative electrode material recovery to more than 98%. Provides strong support for the green and low-carbon development of the lithium battery industry. Promotes the future of sustainable development.