Copper Plastic Aluminum Electrostatic Separation ABS PS Separator Recycling

Copper Plastic Aluminum Electrostatic Separation ABS PS Separator Recycling

Working principle:
High-voltage electrostatic separation is developed by combining advanced technologies at home and abroad. High-voltage electrostatic separation adopts advanced physical recovery technology, and the resource processing technology is advanced and reasonable. High-voltage electrostatic separation is a physical separation method that uses different conductive properties for separation. Under the action of the electric field, the raw materials are separated by different motion trajectories due to the electric field force and mechanical force (centrifugal force, gravity, drag force), thereby achieving the purpose of separation. When plastics and other materials enter the silo, they are fed to the surface of the rotating drum through the feeding trough, and enter the corona zone as the drum rotates. The corona current makes all particles (conductors and non-conductors) negatively charged. The contact resistance between the conductive particles and the drum is small, and the charge is quickly taken away by the roller. Under the action of mechanical force, they leave the drum and fall into the tailings bucket (conductive particles). The contact resistance between the conductive particles and the drum is large, and it is not easy to leave, and the charge is not easy to transfer. Because they are adsorbed on the surface of the drum, they return to the back of the drum as the drum rotates under the action of the electric field force and are discharged by the brush.

Features:
1. The electrostatic separator is easy to operate, does not require special skills, has a high recovery rate, is purely physical sorting and recycling, does not use chemical agents, and does not produce pollution
2. The electrostatic separator can realize material separation in one device, and has the function of a two-separation extractor. It can perform two separations on plastics, etc., and can also perform two separations on metals to improve separation efficiency and purity.
3. PLC control, continuous feeding, intelligent operation, easy operation, and labor saving.

Electrostatic separation parameters: