Double Layer Modern Good Quality Space-saving Eddy Current Separator

Double Layer Space-saving Eddy Current Separator Application

Double-layer eddy current separation machinery and equipment has a wide application spectrum.The applications of the eddy current separator extend to metal separation, non-metallic separation, composite material separation, mineral separation, coal separation and environmental protection.

Metal Separation: This is an eddy current separator that can segregate different metals like cu and al; it is applicable to recycling of scrap metals, sorting of metal minerals, waste slag treatment from steel mills, and several other areas.

Non-metallic Sorting: Besides metals, the eddy current separator can sort non-metals like plastic, glass, ceramic, rubber, wood, etc. It is applicable in fields such as garbage sorting and treating, recycling waste electrical appliances, and utilizing renewable resources.

Composite Material Sorting: It can be implemented to sort composite materials like carbon fiber, glass fiber, etc. This helps sort and recycle composite materials which in turn helps resource utilization more efficient.

Environmental Protection Field: The Eddy current separator finds application in environmental protection fields like garbage disposal, waste electrical appliance recycling, and material treatment in non-ferrous metal processing industry. Its main role is the recovery of copper, aluminum, and other non-ferrous metals from domestic waste, industrial waste waste, and electronic waste after their proper separation and treatment.

Double Layer Eddy Current Separator Working Principle

The material is sent to the vibrating feeder through a conveyor belt. The vibrating feeder filters the moisture from the material through high-frequency vibration, and generates a forward thrust to push the material evenly into the eddy current separator. When the eddy current separator operates, with the rapid rotation of the magnetic drum, a high frequency alternating strong magnetic field is generated on the surface of the sorting drum, when the non-ferrous metal passes through the magnetic field, an eddy current will be generated inside it, and this eddy current itself will generate a magnetic field opposite to the direction of the original magnetic field, non-ferrous metals (such as copper, aluminum, etc.) will jump forward along their transport direction due to the repulsive force of the magnetic field, achieving separation from other non-metallic substances and achieving the purpose of sorting.

Double Layer Eddy Current Separator Machine Feature

●Small footprint, high sorting efficiency and easy maintenance.

●Each eddy current separator is equipped with a vibrating feeder to ensure that the material enters the eddy current separator in a uniform and continuous state, so as to achieve the best sorting state.

●There are two observation windows on both sides, which can be opened and closed freely and have a beautiful appearance.

Bearing Protection:bearing seal protection, ‌ can adapt to a variety of harsh working environment.The main bearing is equipped with high temperature protection, ‌ to prevent overheating damage to the equipment. ‌

Eccentric Design:magnetic pole center adopts eccentric design, ‌ enhances metal eddy current throwing force, ‌ makes the scoring machine more widely applicable material field. ‌

Stable M,agnetic Source: ‌ permanent magnet Ndfeb as a magnet source, ‌ magnetic pole strong, ‌ unique magnetic system arrangement to enhance the effect of pole throwing force. ‌

Double Layer Eddy Current Sorting MachineTechnical Parameter

Eddy Current Sorter with Double Layer 3D Working Principle Video

Our double-layer eddy current equipment uses an eccentric rotor on the upper layer and a concentric rotor on the lower layer, and the different rotor structures make it impossible to hide materials of different qualities and shapes.

The Material Sorted Out By the Eddy Current Sorter with Double Layer

The picture below shows the copper slag and aluminum slag separated from the waste scrap metal by our double-layer eddy current separator.