Guote - Model GTDZ -Slurry Electromagnetic Separator

GTDZ series electromagnetic slurry high gradient magnetic separator is a new type of magnetic separation product developed by our company. The background magnetic field reaches 1.5T, the magnetic field gradient is large, and a variety of magnetic stainless steel media can be selected, which is suitable for the beneficiation needs of different regions and different types of minerals.

1. When removing iron from the equipment, use high-pressure water to clean the medium and remove the iron cleanly. The cleaning time can be set according to different minerals and different stages of removing iron to improve the treatment efficiency.
2. The working process of the equipment adopts automatic program control, which can realize unattended automatic operation and reduce the operation and maintenance costs.
3. The medium is made of special magnetic stainless steel, which can produce high gradient magnetic field under the excitation of background magnetic field. It has strong adsorption effect on low content of weak magnetic impurities, and the effect of iron removal is better.
4. The excitation coil of electromagnetic slurry high gradient magnetic separator is cooled by fully sealed cooling oil, and the external high-efficiency heat exchanger is used for oil-water heat exchange to realize oil-water composite cooling, with fast cooling speed, low temperature rise and stable magnetic field.

The magnetic separator generates a magnetic induction zone by passing electric current through dense coils in the cavity. The magnetic medium net in the iron removal barrel in the induction zone has a high-strength magnetic field. When the material passes through layers of magnetic medium nets, the magnetic substances in them are adsorbed on the medium net, and good materials will flow out from the slurry outlet. When the magnetic substances are saturated with adsorption, the equipment will stop feeding the slurry, and at the same time the reflux valve will open to return the raw materials in the equipment cavity to the raw material pool, and then the excitation current will be disconnected, and flushing water will be drawn into the cavity to automatically flush the magnetic substances on the medium net and finally discharged through the iron outlet, completing a working cycle, which is repeated over and over again. All steps are completed automatically.