Eddy current separator

The eddy current separator magnetic roll eddy current separator core components, the stand or fall of magnetic roller directly determines the performance of the vortex separator and separation rate, eddy current separator magnetic roller produced by the current before the induction of eddy current, now gradually into a permanent magnetic material made of small volume stable performance of the magnetic roller, really improved the whole separation technology of eddy current separator, to ensure the separation effect.

Eddy current non-ferrous metal separator is mainly used for recycling copper, aluminum and other non-ferrous metals from industrial waste and domestic waste. It can be widely used in waste treatment, waste electrical recycling and other environmental protection fields as well as non-ferrous metal processing industry material processing and other industries. Good sorting effect for a variety of non-iron metals, strong adaptability, reliable mechanical structure; It has the characteristics of strong repulsion (adjustable) and high separation efficiency.

Eddy current non-ferrous metal separator is designed by using the principle that the conductor can produce induced current in the high-frequency alternating magnetic field. While working in the separation of magnetic roller surface produce high-frequency alternating magnetic field, when there is a non-ferrous metal through the magnetic field on the conductivity of the will in non-ferrous metal induced eddy current, the eddy current itself will produce with the original magnetic field opposite the direction of the magnetic field, non-ferrous metal (such as aluminum, copper, etc.) will be due to the repulsion of the magnetic field along the conveying direction leap forward, To achieve separation with other non-metallic materials, to achieve the purpose of sorting; The main distinguishing criterion is the ratio value of material conductivity and density. The material with high ratio value is easier to separate than the material with low ratio.