Through precise temperature control in an oxygen-free environment, multi-stage processes are employed to remove substances such as searator, electrolyte and binder (PVDF), resulting in efficient separation and high purity recovery of battery powder.
By subjecting the material to multiple shear shocks through loading various compound forces, a uniform dispersion effect is formed and coating problems are avoided. Special cutting tool design utilizing alloy materials jointly developed with an academician team, optimized for live shear conditions resulting in a service life increase of over 2 times.
Through multi-condition simulation and flow field analysis, the dust-carrying capacity of exhaust gas has been reduced by over 50%. By implementing strict sealing and negative pressure control measures, the elimination of odor and dust pollution is significantly enhanced to ensure a hygienic and healthy production environment.
Intelligent sorting technology
Effective separation of electrode plate, copper,aluminum, and battery powder. Customization of the separator and electrolyte achieve complete recovery of all components.
5G control technology
Real-time collection of equipment running status, monitoring data and other information can be achieved through the terminal sensing system. With the assistance of a 5G data transmission control center, on-site data can be centrally displayed and equipment operation status can be adjusted instantly.