High Voltage Electrostatic Separator

Electrostatic separator is used for separation of metal and nonmetal,Adopts high voltage electrostatic processing principle,separating the metal and non-metal materials according to their different conductivity.

Application

1. Metal and non-metal mixture particles；
2. Conductor and non-conductor mixture；
3. Waste Aluminum plastic products, waste copper plastic products, waste circuit board products；
4. Mineral mixture
5. Electrostatic separator can separate metal and non metal particles,the separating efficiency can reach to 99%.

Work Flow

Electrostatic separator separate the waste materials on using the differences of conductive, in the combination of high-voltage corona electric field and high-voltage electrostatic electric field, and electric power and mechanical force. This equipment strengthens attraction on the conductor electrostatic and the repulsion on non-conductor. High frequency alternating strong magnetic field is generated on the surface of the  magnetic roller.
When the non-ferrous metal with electrical conductivity passes through the magnetic field, the eddy current will be induced inside the non-ferrous metal. The eddy current itself will create a magnetic field opposite to the direction of the original magnetic field, and non-ferrous metal(such as copper、aluminum,etc)will leap forward along direction of its transport for the repulsive of magnetic field and will be separated with other non-metallic materials. The main distinguishing criterion is of waste material conductivity and the ratio of density. The material with high ratio value is easier to separate than the material with low ratio.

Features

1. High Sorting Precision: It can effectively separate mixed materials that are difficult to process using other sorting methods (such as magnetic separation and air separation), achieving metal recovery rates and purities exceeding 98%.
2. Efficient Automation: It boasts a large processing capacity and strong continuous operation capabilities, allowing for easy integration into automated production lines, significantly reducing labor costs.
3. Environmentally Friendly: The purely physical sorting process requires no water and produces no chemical pollution, making it environmentally friendly and compliant with sustainable development requirements.