Copper Electrostatic Sorting Machine
Used to separate copper from plastics and non-conductive materials efficiently.
The Copper Electrostatic Sorting Machine is designed to separate copper from plastics and other non-conductive materials using high-voltage electrostatic technology. By utilizing differences in electrical conductivity, the machine achieves high sorting accuracy and stable performance. It features low energy consumption, minimal material loss, and is widely used in copper wire recycling, e-waste processing, and metal recovery industries.
The Copper Electrostatic Sorting Machine is a high-efficiency separation system designed to recover copper from mixed materials such as plastics, rubber, and other non-conductive impurities. The machine adopts advanced high-voltage electrostatic technology and a precision electrode structure, ensuring stable operation, accurate separation, and low energy consumption. It is widely used in copper wire granulation lines, e-waste recycling plants, and metal recovery facilities.
During the working process, the mixed material is evenly fed onto the sorting belt or rotating drum. Under the action of a high-voltage electrostatic field, materials with different electrical conductivity react differently. Conductive copper particles quickly discharge and are thrown forward by centrifugal force, while non-conductive materials are attracted or fall vertically with a delayed trajectory. This conductivity difference enables efficient and precise separation.
The final output consists of high-purity copper granules with minimal impurity content, along with clean plastic or rubber fractions suitable for further recycling. The machine improves copper recovery rates, reduces manual sorting, and enhances overall recycling efficiency and economic value.
