Powder Electromagnetic Separator High Gradient 3.5T for Mineral
Iron Removal Product Specifications | Magnetic Core Material | High-grade electro/permanent magnet |
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| Magnetic Field Strength | 10000GS - 35000GS (adjustable) |
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| Processing Capacity | 1-10t/h (customized based on model) |
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| Drum Diameter | 600mm / 750mm / 900mm / 1500mm optional |
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| Working Mode | Dry type / Wet type optional |
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| Protection Grade | Dustproof and waterproof |
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| Operating Noise | ≤75dB |
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| Service Life | More than 8 years for magnetic system |
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| Optional Function | Explosion-proof design, automatic feeding & discharging system |
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Product Description This high-performance permanent magnetic separator is dedicated to
mineral dressing and industrial impurity removal. It operates on
the magnetic property differences between raw minerals and
miscellaneous impurities, adopting an optimized magnetic circuit
system and high-quality rare earth magnetic roller to form a stable
high-gradient magnetic field. The equipment efficiently adsorbs and
removes ferromagnetic and weakly magnetic contaminants from various
bulk materials. Widely applicable to mining, coal washing, ceramic
raw material processing, chemical production, building material
manufacturing and metal scrap recycling industries, the machine
supports continuous automatic feeding, separation and discharging
to achieve uninterrupted large-scale production. It significantly
eliminates iron impurities from ores and non-metallic materials,
improves ore grade and finished product purity, and reduces raw
material loss. Designed with an integral fully sealed structure,
the magnetic separator maintains stable operation under dusty,
humid and heavy-load working conditions, delivering consistent and
durable separation performance to match complete crushing, grinding
and screening production lines. Product Core Features - Stable Magnetic Performance and High Separation Efficiency: Featuring a well-optimized magnetic circuit layout, this separator
ensures uniform magnetic field distribution with no magnetic
attenuation after long-term continuous operation. It achieves a
separation rate of up to 99.5%, effectively capturing ultra-fine
iron powder and weak magnetic micro-impurities that ordinary
separation equipment cannot filter out.
- Energy Saving and Eco-friendly Operation: Adopting a pure permanent magnet structure, the equipment requires
no excitation power during operation, reducing power consumption by
30%-40% compared with traditional electromagnetic separators. The
entire sorting process adopts physical separation without chemical
additives or secondary pollution. All separated iron impurities can
be fully recycled for resource reuse.
- Heavy-duty Structure Adaptable to Harsh Environments: The material-contact drum is equipped with thickened wear-resistant
rubber lining to withstand long-term material impact and abrasion.
Compliant with high dustproof and waterproof standards, the machine
adapts to wet, dusty and corrosive working scenarios, effectively
lowering equipment failure rates and extending overall service
life.
- Dual Dry and Wet Separation Modes: This all-in-one machine supports both dry sorting of mineral powder
and wet separation of material slurry. Operators can freely adjust
drum speed and magnetic field strength according to different
material characteristics, meeting diversified industrial
purification requirements.
- Low Operating Cost and Simple Maintenance: The streamlined mechanical structure minimizes vulnerable
components and daily wear. Regular bearing lubrication is the only
routine maintenance required, eliminating complex professional
upkeep. It effectively reduces labor costs and avoids unnecessary
production downtime.
- Safe and Intelligent Operation Support: Built-in overload protection and anti-splash baffles prevent
potential operational risks. Custom explosion-proof models are
available for coal mines and flammable dust workshops. The optional
automatic feeding and discharging system enables unmanned
intelligent operation, greatly improving production safety and
working efficiency.
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