Magnetic Separator has Bright Future

 

The Magnetic drum separator is a kind of most widely and commonly used equipment in the mining industries so as to eliminate the iron powder for the reuse of powder grain. At present, the types of Magnetic separator are various at home and abroad, and classification methods are different. It can be divided into dry magnetic separator and Wet magnetic separator by the sorting in the ore processing plant.

The China magnetic separator has been widely applied to the recycling, timber industry, mining, ceramics, chemical, food and other fields. It is suitable for the wet magnetic separation of the magnetite, magnetic pyrite mine, baking, titanium iron ore material and other materials whose particle sizes are lower than 3mm, while it is also suitable for the deranging for the coal, non-ferrous ore, building materials, and other materials. The magnetic system of the separator uses the compound of the high-quality ferrite materials or the magnets. Due to the development of technology, the separator can be made into the shapes of roll, and the strength of the magnet has been improved to 1644.3T, which is the highest strength in the currently measured magnetic field.

Hongxing magnetic separators are devices that are primarily used to eliminate tramp iron from ores and for removing contaminating materials that can damage equipment. The range of Magnetic Separators consists of Suspension Magnets, Plate Magnets, Hump Magnets, Magnetic Drum Separators, Magnetic Pulleys and Magnetic Grids. In concentration processes, the Magnetic Separator is commonly used to sort various types of metals. Similarly, in case of weak magnetic minerals such as hematite, limonite and garnet, they can be separated from the non- magnetic substances, by the use of high-intensity separators. The range of Magnetic Separators consists of Suspension Magnets, Plate Magnets, Hump Magnets, Magnetic Drum Separators, Magnetic Pulleys and Magnetic Grids. In concentration processes, the Magnetic Separator is commonly used to sort various types of metals. Similarly, in case of weak magnetic minerals such as hematite, limonite and garnet, they can be separated from the non- magnetic substances, by the use of high-intensity separators. Slurry enters chute through ore tank firstly, and then separating zone by waterpower. Mineral with strong magnetism is absorbed on the barrel surface, sent to concentrate discharging zone and discharged into concentrate box by water effect.