Wet High Intensity Electro Magnetic Separator: Strong Magnetic Force for Wet Weakly Magnetic Mineral Separation
In non-metallic mineral purification and weakly magnetic mineral separation, customers face a common challenge: ordinary magnetic separation equipment has limited field strength and struggles to capture fine weakly magnetic impurities in slurry. Customers repeatedly ask: Can sufficient magnetic flux density be achieved in wet conditions? Can fine iron particles in pulp be effectively captured? Will coil heating affect normal operation? Can iron discharge be automatic and continuous without shutdown cleaning? The wet high intensity magnetic separator designed as an electro magnetic separator addresses these exact needs.
Key Features of the Wet High Intensity Magnetic Separator
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Sufficient magnetic flux density: The wet high intensity magnetic separator captures fine weakly magnetic impurities effectively.
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Adjustable field strength: The electro magnetic separator allows flexible adjustment of magnetic field strength via excitation current.
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Automatic discharge: High-pressure water scouring in de-energized state removes captured iron thoroughly.
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Protection functions: Over-temperature and over-current alarms protect the electromagnetic coil.
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Stable operation: Scientifically designed magnetic conductive system ensures even slurry flow and full capture.
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Simple maintenance: Material contact parts are reasonably arranged. The equipment runs smoothly with low maintenance.
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No shutdown cleaning: Automatic water flushing eliminates manual cleaning and improves production efficiency.
Customer Case: Wet High Intensity Magnetic Separator in Ceramic Raw Material Production
A ceramic raw material producer struggled with high iron content in slurry, causing substandard product whiteness. Traditional equipment lacked sufficient field strength to remove fine iron particles effectively. After introducing the wet high intensity magnetic separator, slurry passed evenly through the magnetic plates from bottom to top. Under sufficient magnetic flux density, fine iron particles were effectively captured. During discharge, high-pressure water thoroughly flushed magnetic material in the de-energized state. After the upgrade, product whiteness and purity met customer requirements. The electro magnetic separator over-temperature and over-current protection functions ensured long-term reliable operation. Overall economic benefits improved markedly. This case demonstrates the practical value of the wet high intensity magnetic separator in real production.

Applications of the Wet High Intensity Magnetic Separator
Conclusion: Choose the Wet High Intensity Electro Magnetic Separator
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