A high-efficiency stripping and recycling device for lithium battery electrode materials

Abstract

This utility model discloses a high-efficiency stripping and recycling device for lithium battery electrode materials, including a main body, a lifting nut, and a flow guiding mechanism located on top of the main body to disperse falling materials over a larger area on top of the screen, avoiding excessive accumulation in the central area of ​​the screen and reducing operating efficiency. When the vibration motor is turned on, the main body vibrates via an elastic element, guiding the lithium battery electrode materials through a self-rotating tube into the screen frame. The materials are then screened by the screen within the frame and discharged sequentially through corresponding discharge pipes. During the falling process, a portion of the material falls directly from the inner wall of the perforations penetrating the flow guiding hood to the top of the screen, while the remaining material falls to the top of the flow guiding hood and is guided by the conical outer wall of the hood, distributing this portion of material over a wider area on top of the screen within the frame. This effectively avoids excessive accumulation of material in the central area of ​​the screen, preventing the need for prolonged shaking and improving the stripping efficiency of lithium battery electrode materials.

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