EV Scrap Battery Recycling Line 500kg/H 1000kg/H High Output System

Product Description

The comprehensive recycling and treatment equipment for waste lithium batteries has a high degree of automation and is easy to industrialize.All recycling processes have been automated and the valuable components of waste lithium batteries have arecovery rate of over 99%.Lithium battery processing equipmentseparates aluminum, copper, and positive and negative electtrodematerials from discharged positive and negative electrode platesfor the purpose of recycling. The alumnium content of positive and negative electrode mterials is less than three thousands, and the copper alumnium grade is >96%.

In the pre crushing stage, the discharged lithium battery is subjected to primary crushing, with a crushing size of about 25mm, which cn aviod the danger of insufficient battery discharge to subsequent processes and help improve subsequent processing efficiency.

In the fine crushing process, the pre curshed lithium battery is finely crushed to about 10mm, and the steel shell, diaphrag, electrode plate, and battery powder are crushed and separated to facilitate subsequent sorting.

In the screening process, the drum screen separates the dissociated battery powder by flipping nd rotating. The recycling amount of battery powder in this process reaches 60%, and the sealed drum ensures no dust overflow.

In the screening process, the drum screen separates the dissociated battery powder by flipping and rotating. The recycling amount of battery powder in this reaches 60%, and the sealed drum ensures no dust overflow.

The separation separator is a Z-type air separator that uses aerodynamic principles to break up materials and separate light and heavy materials. The separator is collected by s cyclone collector snd sent to a linear screen, and the polar plates are sent to the next equipment through the discharge port.

In the fine crushing process, the pre crushed lithium battery is finely crushed again to around 5mm, and te remaining motor material is further crushed and dissociated to improve the recovery rate.

In the screening process, the drum screen separates and dissociated battery powder by flipping and rotating. The recovery rate of battery powder in this process reaches 95%, and the drum is sealed without dust overflow.