Magnetic Separator

Efficient Sorting: Rapidly and continuously extracts ferromagnetic metals from shredded waste materials such as automotive parts, appliance scrap, and scrap steel.

Applications

Used car recycling: Separating cast iron and steel from crushed automotive debris (ASR).
Used home appliance recycling: Recovering iron from crushed materials such as washing machines, refrigerators, and air conditioners.
Industrial waste treatment: Processing of industrial waste such as steel slag, tailings, foundry sand, and grinding dust.
Domestic waste treatment: Recovering scrap iron from incinerated waste slag.
Non-ferrous metal recycling: Serving as a pre-treatment device to remove iron impurities and protect subsequent equipment such as eddy current separators.

Working Principle

The working principle of a magnetic separator is based on the differences in magnetic properties of materials. At the heart of the device is a magnetic system that generates a powerful magnetic field. When mixed materials pass through the separator’s separation zone, ferromagnetic materials are rapidly attracted by the powerful magnetic force and carried to the discharge area by the movement of the magnetic system. There, as the magnetic field weakens or disappears, the ferromagnetic materials fall off under the action of gravity or scrapers, achieving separation.

Features

1. Strong and Long-Lasting Magnetic Force: Utilizing high-performance NdFeB magnets or premium electromagnetic designs, the magnetic field is high in intensity, with a large gradient, and a suction force far exceeding industry standards. Furthermore, the permanent magnets resist demagnetization.
2. Highly Efficient, Energy-Saving, and Environmentally Friendly: Permanent magnet models require no electricity, resulting in extremely low operating costs; electromagnetic models utilize an energy-saving design, in line with green production principles.
3. Stable and Reliable Operation: A high degree of automation allows for continuous, uninterrupted operation, simple maintenance, and a low failure rate, ensuring efficient and smooth operation of the production line.