EV Battery Recycling Machinery

With the rapid adoption of new energy vehicles, a large number of lithium batteries are gradually reaching end-of-life after years of service. Efficiently and safely recycling these power batteries has become crucial for the sustainable development of the new energy industry. The power battery recycling equipment developed by SUNY GROUP uses intelligent, environmentally friendly processing techniques to efficiently recover valuable metals from batteries.

Intelligent crushing and sorting for efficient extraction of valuable metals

EV Battery Recycling Machinery

This recycling system utilizes advanced automated crushing, screening, and sorting technologies to process various types of power batteries, including ternary lithium batteries and lithium iron phosphate batteries. The equipment is equipped with a disassembly system, crushing system, screening machine, gravity separator, magnetic separator, and air flow separation device. Through a multi-stage physical separation process, materials such as copper, aluminum, nickel, cobalt, lithium powder, and plastic casings can be effectively recovered. The entire line operates with a high degree of automation, achieving high material separation accuracy and a metal recovery rate exceeding 95%, providing reliable support for the reuse of battery raw materials.

Green and environmentally friendly processes contribute to the development of a circular economy.

The power battery recycling equipment utilizes a purely physical processing method without chemical solvents or wastewater discharge, avoiding the environmental risks associated with traditional hydrometallurgical processes. The system is equipped with dust removal and exhaust gas purification devices to ensure a safe and clean operating environment. With its low energy consumption, quiet operation, and easy maintenance, it is particularly suitable for new energy recycling companies, metal recycling plants, and environmental treatment centers.

Power battery recycling equipment not only extends the life cycle of materials but also promotes the green transformation of the new energy industry. Through scientific recycling and resource reuse, every retired battery can be given a new lease of life, injecting sustainable momentum into global new energy development.