Eddy Current - Permanent Magnet Separator for Non-Ferromagnetic Metals
This eddy-current separator is designed to recover conductive non-ferrous metals from mixed material streams. A high-speed magnetic rotor creates a rapidly alternating magnetic field that induces eddy currents in conductive particles.
These induced currents generate a repulsive force that separates aluminium, copper, brass and other conductive non-magnetic metals from passive materials such as plastic, glass, rubber and other non-metallic fractions.
Typical applications include recycling, non-ferrous metal recovery, waste processing and industrial sorting lines. Separation performance depends on belt speed, rotor position, particle size and separator-plate adjustment.
Eddy Current - Permanent Magnet Separator for Non-Ferromagnetic Metals
SKU: EMH-EDC-500
General production time: 30–60 days. For products without a listed price, please request a personalised quotation by email or phone; the exact production time will be specified in the quotation.
| Product type | Eddy current separator / non-ferrous metal separator |
| Main function | Separation of non-magnetic metals from a mixed material flow |
| Operating principle | Induced eddy currents in an alternating magnetic field |
| Separated metals | Aluminium, copper, brass and other conductive non-magnetic metals |
| Remaining passive fraction | Plastic, glass, rubber and other non-metallic materials |
| Active element | High-speed magnetic rotor |
| Rotor magnet type | NdFeB / neodymium permanent magnets |
| Material conveying system | Independently adjustable-speed conveyor belt |
| Separation element | Drum located at the end of the belt with an alternating magnetic field |
| Important settings | Belt speed, rotor position and separator plate setting |
| Typical applications | Recycling, non-ferrous metal recovery, waste processing, industrial sorting lines |
| Main benefit | Efficient recovery of non-magnetic metals and increased value of the recycled fraction |
