Lithium Battery Recycling Machine Manufacturers

When dealing with used lithium batteries, the introduction of crushing sorting and carbonization sorting technologies marks a major innovation in used battery treatment. The application of these advanced equipment not only improves the recycling rate of waste battery resources but also makes remarkable achievements in environmental protection and emission reduction.

First of all, the use of crushing and sorting technology has greatly improved the efficiency and accuracy of battery processing. The shredding method is used to crush the waste batteries to the required size, providing ideal material conditions for the subsequent sorting process. Through the multi-stage sorting system, copper foil, aluminum foil, and electrode materials can be precisely separated, and the recovery rate is up to more than 98%, effectively tapping the valuable metals and materials in the used batteries.

Lithium Battery Recycling Equipment Customer Site

Secondly, the application of carbonization sorting equipment further improves the treatment process of waste batteries. Medium and low-temperature carbonization technology effectively removes organic impurities and separates the electrode material from the collector. The small amount of dust-containing gas generated in the carbonization process is effectively treated by the tail gas treatment equipment, which reaches the zero-emission standard and has excellent environmental performance. The carbonization process is carried out at a lower temperature, with less energy consumption, and the organic materials are directly carbonized, avoiding the generation of toxic gases and making positive contributions to environmental protection.

To sum up, this set of crushing sorting and carbonization sorting equipment is not only highly efficient and energy-saving but also has the advantages of environmental protection and emission reduction, low noise, and so on. Recovering valuable metals and materials from used lithium batteries, provides strong support for the sustainable development of the new energy automobile industry. The application of these technologies not only realizes the reuse of resources but also sets a good example for the development of a green circular economy, showing the great potential of science and technology innovation in the field of environmental protection.