Environmental Magnetic Separators

Overview

Product Specifications

Types & Key Metrics:

Overband Magnets:

Belt Width: 300–2000 mm; Field Strength: 70–150 mT; ideal for conveyor-based waste sorting (e.g., municipal solid waste)

Wet Drum Separators:

Capacity: 1–200 t/h; Magnetic Intensity: 100–600 mT; used for mining tailings and water treatment (e.g., CTB series with 150–400 mT fields)

Magnetic Filters:

Flow Rate: Customizable; Field Strength: Up to 12,000 Gauss; removes fine iron particles from liquids (e.g., chemical effluents)

Materials & Design:

Housing: 304/316L stainless steel for corrosion resistance

Cooling: Oil-cooled electromagnets for high-temperature operations (up to 350°C)

Product Grades

Standard Grade: For general waste sorting (e.g., overband magnets in recycling plants)

High-Intensity Grade: Targets fine particles in mining/water treatment (e.g., wet drum separators with 600 mT fields)

Sanitary Grade: Hygienic designs for food/pharmaceutical waste (e.g., magnetic grates with FDA-compliant coatings)

Applications

Waste Recycling: Recovers ferrous metals from municipal waste and e-waste

Water Treatment: Removes heavy metals and magnetic pollutants in industrial/mine wastewater

Mining: Processes tailings to recover iron ore and reduce environmental impact

Industrial Effluents: Purifies chemicals and plastics manufacturing streams

FAQs

How to choose between wet and dry separators?

Wet types suit slurries (e.g., mining tailings); dry types handle bulk waste (e.g., conveyor belts)

Maintenance requirements?

Self-cleaning models reduce downtime; manual cleaning needed for filters and drum surfaces

Can separators handle corrosive fluids?

316L stainless steel housings resist acids/alkalis in chemical waste

Field strength vs. energy efficiency?

Higher Gauss improves recovery but increases power use; adjustable electromagnets optimize balance

Regulatory compliance?

Sanitary models meet FDA/HACCP standards; mining separators align with ISO environmental protocols