Products induction High gradient magnetic separation machine is our company according to the characteristics of strong magnetic separators at home and abroad, a new type of magnetic separator is developed. The series is strong magnetic magnetic separation equipment at home and abroad at present...Send InquiryChat Now
High gradient magnetic separation machine is our company according to the characteristics of strong magnetic separators at home and abroad, a new type of magnetic separator is developed. The series is strong magnetic magnetic separation equipment at home and abroad at present best performance and most advanced technology. The machine adopts vertical ring rotation, recoil concentrate, and high frequency vibrator.
It is suitable for separation of iron ore from iron ore and purification of weak magnetic minerals. Non metallic minerals include quartz, feldspar, nepheline, fluorite, spodumene, kaolin; weak magnetic minerals include hematite, limonite, ilmenite and wolframite, tantalum niobium ore etc..
Magnetic separator with vertical ring rotation, for each group of magnetic medium, the direction of concentrate flushing and feed in the opposite direction, the coarse particles without passing the magnetic medium stack can be washed out, so as to effectively prevent blockage of magnetic media.
Set the pulp slurry to produce high-frequency vibration mechanism, driving force. The pulsating fluid pulsating fluid under the action of the ore grains in the slurry is always in a loose state, can improve the quality of magnetic concentrate.
Vertical ring high gradient magnetic separator fundamentally solve the flat ring high gradient magnetic medium jam this technical problem, with the background of high magnetic field strength, magnetic field gradient, high enrichment ratio, ore size and concentration and grade fluctuation adaptability, intelligent operation control advantages in separating weak magnetic minerals to achieve the high concentrate grade and high recovery rate of the double advantage.
During beneficiation, the water is filled in the separator cavity, and the pulsating energy is transferred to the separation chamber, and then the slurry is sent from the ore feeder to the pulp chamber. The magnetic minerals and non-magnetic minerals in the separation chamber are separated under the action of magnetic force, pulsating fluid force and gravitational force field. Magnetic minerals are absorbed on the surface of magnetic medium, and non-magnetic ore particles are discharged from the lower part of the ore pulp. After the ore is finished, the water is dried and the exciting current is cut off, and then the magnetic material is rinsed out with clean water.