High-intensity magnetic separators are the upgrading products of dry separators developed on the basis of the original dry separators by improving the magnetic field strength and magnetic block arrangement. Its magnetic system is all made of high-performance rare-earth nd-fe-b material and high-quality ferrite material with high magnetic field strength (up to 12000 GAUSS). The high-intensity magnetic separator is suitable for wet magnetic separation of magnetite, pyrrhotite, roasted ore, and ilmenite with particle sizes less than 3mm, and removing iron from coal, non-metallic ore, building material, etc.
The magnetic system of the high-intensity magnetic separator is made of high-quality ferrite material or compound with rare earth magnetic steel. The average magnetic induction of the tube table is 100 ~ 600mT. According to user needs, can provide downstream, semi-countercurrent, and counter-current types, such as various strong magnetic separation tables. The magnetic separator has the advantages of a simple structure, large treatment capacity, convenient operation, and easy maintenance.
Application of Magnetic Separation: Removal of miscellaneous stones, improve the grade, achieve sales. The magnetic separation equipment separates weak magnetic Ferrous ore or slag, such as lean manganese ore, limonite, and hematite.
The vibrating feeder on the upper part of the machine is used to feed the material uniformly onto the surface of the cylinder. After the first magnetic mixing, the material is moved down to the second high magnetic roller by gravity to carry out the second magnetic stirring to the material Thus the tailings without magnetic removal, to complete the beneficiation process, and achieve good quality, can obtain greater benefits.
There are four main factors affecting the effect of magnetic separation:
1. Whether the motion state of the material in the magnetic separation process is advantageous to the magnetic capture
2. Is the ore unloading method provided by the magnetic separation equipment reasonable
3, magnetic separators magnetic field force provided by the appropriate size
4. Feeding Speed and particle size
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