Non-Ferrous Aluminum Copper Iron Sorting Separator Eddy Current Separator
Working principle:
The working principle of the eddy current separator is mainly based on the principle of electromagnetic induction. The eddy current separator has a high-speed magnetic rotor conveyor system. The rotation speed of the magnet generates an induction field, thereby generating a rapidly changing magnetic field. A high-frequency alternating magnetic field is generated by an excitation power supply. When materials containing non-magnetic conductive metals (such as lead, copper, zinc, etc.) pass through this alternating magnetic field at a certain speed, induced eddy currents will be generated in these metals. Since the material flow and the magnetic field have a relative motion speed, there is a thrust on the metal sheets and blocks that generate eddy currents. Using this principle, some non-ferrous metals can be separated from the mixed material flow. Eddy current separators are widely used in metal recycling, resource regeneration, environmental protection industry, metallurgical industry, garbage disposal and other occasions. The equipment has a simple structure, convenient operation, easy maintenance, and can achieve automatic sorting.
Applications:
1. Metal processing: In the automotive industry, eddy current separators can detect cracks and defects in engine parts to improve the safety and quality of automobiles. In addition, in the construction and electronics industries, eddy current separators can also be used to detect corrosion and damage on metal surfaces.
2. Waste recycling: Used to sort metal materials such as aluminum alloys and steel in automobile waste for reuse, and to recycle valuable metals in discarded electronic products and broken plastics.
3. Eddy current separators are used to continuously recover copper, aluminum, zinc, non-ferrous metals, iron, etc. from granular and blocky solid waste materials.
Eddy current separator parameters:
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Non-Ferrous Aluminum Copper Iron Sorting Separator Eddy Current Separator Images
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