Working principle
Eddy current separators are based on the principles of electromagnetic induction and the Lorentz force effect. They use an alternating magnetic field to generate eddy currents in conductive metals (especially non-ferromagnetic metals such as aluminum and copper). The resulting opposing magnetic field separates metals from non-metals.
Appliance
Eddy current separators are primarily used to separate non-ferrous metals from mixed waste, shredded materials, or industrial waste. They are particularly suitable for processing the following materials:
- Separating non-ferrous metals such as aluminum, copper, and zinc scrap from non-metals such as plastics, rubber, and glass;
- Sorting aluminum wheels, copper wire, and zinc components from scrapped automobiles;
- Separating non-ferrous metals from scrapped household appliances (such as air conditioners, refrigerators, and washing machines);
- Recovering copper, aluminum, and other metals from electronic waste (circuit boards, connectors, etc.);
- Sorting small amounts of non-ferrous metals from household waste, incinerator slag, and industrial solid waste;
- Removing metals from refuse-derived fuel (RDF) production lines;
- Removing scrap from aluminum profile processing plants;
- Separating aluminum and copper from scrap from metal foundries and die-casting plants;
- Removing metal impurities from plastic recycling;
- Removing metallic foreign matter from glass recycling;
- Removal of wire and iron from rubber tire shreds (usually magnetic separation followed by eddy current separation).
Eddy Surrent Separator
Eddy Surrent Separator
Video
Eddy Surrent Separator
The production line can be customized based on actual materials and processing volume.
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Advantage
01
High-Efficiency Separation: High separation efficiency for non-ferrous metals (such as aluminum, copper, and zinc), exceeding 95%, making it particularly suitable for metal recovery from mixed waste.
02
Non-Contact Sorting: No direct contact with the material, minimizing damage, making it suitable for processing fragile materials (such as plastics and metals in electronic scrap and automotive shredders).
03
High Adaptability: Capable of processing a variety of material forms, including granules, fragments, and chips, it is widely used in the recycling industry.
04
Highly automated: Can be integrated with conveyor belts, magnetic separators, crushers, and other equipment to form an automated sorting line, reducing labor costs.
05
Energy-friendly and energy-saving: Contributes to metal resource recycling and reuse, reducing resource waste and aligning with green environmental protection and circular economy policies.
06
Highly adjustable: Parameters such as magnetic field intensity, belt speed, and sorting angle are adjustable to suit different materials and sorting objectives.
Parameters
| Model | Magnetic roller (φ) | Capacity (T/H) | Power (kw) | Size (mm) |
| XRD400 | 300 | 1-2 | 3+0.55+0.25 | 2885*1500*1693 |
| XRD600 | 300 | 2-4 | 4+0.75+0.25 | 2885*1700*1695 |
| XRD800 | 300 | 5-6 | 5.5+1.1+0.55 | 2950*1900*1695 |
| XRD1000 | 300 | 8-10 | 7.5+1.5+0.55 | 2950*2100*1695 |
