A vibratory impurity removal device for zinc extraction from waste metals

Abstract

This utility model relates to the field of waste metal processing technology and discloses a vibrating impurity removal device for zinc extraction from waste metals. The device includes an impurity removal box, a hopper, a screen frame, two discharge cylinders, a reciprocating drive assembly, a support and guide assembly, and an adjustment assembly. The top of the impurity removal box has an inlet, and the hopper is fixedly installed inside the inlet. Upper and lower discharge ports are located on both sides of the impurity removal box. The screen frame and the reciprocating drive assembly are both housed within the impurity removal box, with the reciprocating drive assembly connected to the bottom of the screen frame. The two discharge cylinders are symmetrically fixed on both sides of the screen frame at a lower position, and each discharge cylinder passes through its corresponding upper discharge port. This utility model has the following advantages and effects: it is simple and convenient to operate, not only efficiently separating impurities in waste metals before zinc extraction, but also allowing for flexible adjustment of parameters such as the vibration direction and inclination angle of the screen frame according to actual needs.

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