Overview
Product Specifications
Types & Key Metrics:
Drum Separators:
Capacity: 0.5–180 t/h; Magnetic Intensity: 800–8,000 Gauss (e.g., CTB6012 model for mining slurries)
Design: Rotating stainless steel drum with NdFeB magnets; epoxy-coated for corrosion resistance
Overband Magnets:
Belt Width: 300–2000 mm; Field Strength:70–150 mT; self-cleaning options available
§ . High-Intensity Roll Separators:
Field Strength: Up to 15,000 Gauss; handles particles <3mm (e.g., rare earth mineral processing)
Common Features:
Power: 0.37–15 kW; Cooling: Natural/oil cooling for electromagnets
Materials: Stainless steel (304/316), wear-resistant coatings, and food-grade epoxy for hygiene-sensitive applications
Product Grades
Standard Grade: For general industrial use (e.g., overband magnets in recycling plants)
High-Performance Grade: Precision separators with adjustable fields for fine particles (e.g., high-intensity roll separators)
Sanitary Grade: Food/pharmaceutical-compliant designs with easy-clean surfaces (e.g., magnetic grate separators)
Applications
Mining/Recycling : Iron ore beneficiation, scrap metal recovery (removes tramp iron)
Food Processing: Metal contaminant removal from grains, liquids (e.g., magnetic conveyor belts)
Manufacturing: Coolant purification in machining (e.g., magnetic separator for grinding fluids)
Chemicals/Pharma: Powder purification (e.g., GMP-certified magnetic filters)
FAQs
How to choose between wet and dry separators?
Wet types suit slurries (e.g., mining); dry types handle powders/bulk materials (e.g., grain processing)
Maintenance requirements?
Regular cleaning of magnetic surfaces; self-cleaning models reduce downtime
Can separators handle high temperatures?
Oil-cooled electromagnets tolerate ≤150°C; standard models ≤80°C
Field strength vs. cost?
Higher Gauss improves fine-particle recovery but increases energy/equipment costs
Customization options?
Drum sizes, coatings, and sanitary designs available (lead time: 10–30 days)
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