Three-Disc Electromagnetic Separator

The Three-Disc Electromagnetic Separator is an advanced solution for separating minerals with varying magnetic susceptibilities. This machine is designed to maximize recovery and purity while minimizing operational costs.

Key Features

Multi-Outputs: Capable of separating up to 6 different minerals in a single pass, the separator produces 100% clean magnetic fractions with high magnetic recovery rates.

Adjustable Magnetic Intensity: The separator features an adjustable magnetic intensity mechanism, allowing settings from 0 to 20,000 gauss. This flexibility enables the effective extraction of paramagnetic particles.

Magnetic Circuit Isolation Design: The magnet circuit is independently designed to prevent flux leakage, ensuring efficient operation. Heavy non-magnetic brackets support the magnets, enhancing durability.

Feed and Belt Speed Adjustment: The machine allows for precise adjustment of the feed rate, delivering a thin, uniform stream of material to the belt conveyors. Additionally, it includes a feed belt velocity adjustment mechanism for better control of material flow.

Economical Operation: Built from high-quality materials, this separator is designed for cost-effective operations. It produces clean magnetic fractions that typically require no further treatment.

Applications

The Three-Disc Electromagnetic Separator is an essential piece of equipment for any mineral processing facility, providing reliable performance and versatility to meet diverse separation needs.

Product Info Gallery

Explore the benefits of the Three-Disc Electromagnetic Separator and see how it can improve your mineral separation processes!

Working Principle

Dry feed material (e.g. beach sands) is discharged from a hopper onto a Vibratory Feeder tray. The material is evenly fed onto a thin conveyor belt. An even and mon-layer of material is conveyed under the rotating high-intensity magnetic discs. Whilst underneath the magnetic discs, magnetic particles are attracted to the high-gradient magnetic zones. These captured particles are then carried by the rotating discs to the discharge chutes where they are released. Scrapers that are mounted on each of the chutes ensure the total discharge of the extracted magnetic particles. Any non-magnetic feed material will pass under each of the three discs and discharge at the end of the conveyor.

Technical Data

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