The lithium battery precursor recovered from the retired lithium battery. Lithium battery precursor is the key material for preparing the positive electrode of lithium battery. It determines the energy density and life cycle of lithium battery, and affects the driving mileage and service life of electric vehicles. By recycling the lithium battery precursor from the retired lithium battery, the Company not only solve the pollution problem of the lithium battery, but also alleviate the problem of the shortage of precious metals for the lithium battery precursor caused by the increase in the production capacity of the lithium battery.

The LiOH recovered from the retired lithium battery. As the raw materials of lithium battery core materials, such as lithium carbonate and LiOH, are mainly imported by China's basic lithium salt production enterprises, they are greatly affected by the international market. The Company takes retired lithium battery as raw materials, recycles lithium resources through recycling and regeneration, greatly expands the source of raw materials for lithium salt production enterprises, reduces production costs, and improves the clean production level of lithium battery industry.

The graphite recovered from the retired lithium battery. As one of the four main materials of lithium battery, the specific capacity and operating voltage of this negative electrode material directly determine the energy density and operating voltage of the battery, and it is the mainstream negative electrode material at present. The Company enables the graphite recovered from the retired lithium battery to be processed and synthesized into new lithium battery negative electrode materials, realizing the recycling and utilization of graphite.