Working Principle
As the material flows through the grid permanent magnet iron separator, the ferromagnetic substances are adsorbed onto the internal permanent magnet rods of the separator, achieving separation of ferromagnetic substances from the material. Mainly applied in dry iron removal.
Performance Advantages and Features
The permanent magnet iron separator, when compared to electromagnetic separators, does not require electrical power for magnetization or control circuits. The internal permanent magnet rods ensure that the magnetic force decreases by no more than 5% within eight years, with a service life of over 15 years and multiple reuse possibilities. It utilizes the third-generation rare earth strong magnetic materials from international standards as the magnetic source. The magnet rods feature high coercivity and high remanence, allowing for the formation of composite magnetic systems. These systems offer strong magnetic force, high capture power, large processing capacity, sorting capabilities, reliable operation, simple operation, long lifespan, and easy installation.
Its primary performance advantages are manifested in:
◇ Peak magnetic field strength can reach up to 12,000Gs.
◇ Full-sealed structure with stainless steel, optimized magnetic circuit design creates high gradient magnetic field strength, high tensile force, and excellent sorting effect.
◇Compact structure, suitable for various bulk materials, and prone to clogging.
◇ Fully captures and has strong grip, effectively reduces the number of iron unloading, and lessens labor intensity.
Robust structure, stable performance, not prone to clogging, long service life, easy to clean.
◇Suitable for removing strong magnetic impurities, weakly magnetic iron contaminants (such as rust, iron shavings), and other fine magnetic particles.
◇Standard products are suitable for operating temperatures ≤ 80°C, and high-temperature products that can withstand temperatures up to 200°C are also available.
◇Offer permanent magnet iron separator designs with various magnetic field intensities to meet various end face interface requirements as per customer needs.