Product nameElectromagnetic Separator
Product overviewWet-type electromagnetic separator designed for mineral processing and slurry treatment. Provides a high-gradient magnetic field for efficient removal of weakly magnetic impurities in non-magnetic ores such as quartz, feldspar and kaolin.
Product Advantages- Unique electromagnetic coil design with efficient compound cooling.
- Coil cooled by fully sealed cooling oil combined with an external oil–water heat exchanger for fast cooling, low temperature rise and a stable magnetic field.
- Magnetic medium made of special magnetic-conducting stainless steel generates an extremely high magnetic field gradient, improving capture of low-content weak magnetic impurities.
- Fully automatic program control enables unattended operation, reducing operational and maintenance costs.
- High-pressure forward and reverse water washing ensures thorough iron removal; cleaning time is adjustable by mineral stage to optimize throughput.
Application ScopeUsed for iron removal and purification of nonmagnetic ores (quartz, feldspar, kaolin), wastewater treatment and cleaning of contaminated chemical materials in iron and steel plants.
Note- Voltage specification selectable to meet customer requirements.
- Processing capacity depends on material composition.
- Specifications are for reference and subject to change; confirm details when ordering.
Technical characteristics / specifications- Electromagnetic coil: unique design with efficient cooling.
- Cooling method: sealed cooling oil for coil plus external oil–water heat exchanger (compound cooling).
- Magnetic medium: special magnetic-conducting stainless steel providing extremely high magnetic field gradient.
- Operation: fully automatic program control enabling unattended operation.
- Washing/cleaning: high-pressure forward and reverse water washing; adjustable cleaning time.
- Applications: iron removal/purification for quartz, feldspar, kaolin; wastewater treatment; cleaning contaminated chemical materials.
- Voltage: selectable per customer requirements.
- Capacity: dependent on material composition.