Vertical Ring High Gradient Magnetic Separator Introduction and principles

1, the upper and lower head electrician using high purity materials, materials channel is the only stainless steel spray, to prevent secondary pollution materials, (domestic existing vertical ring magnetic separator head up and down the channel all the iron, not corrosion, material of secondary pollution) 2, the background magnetic field can reach 12000GS 3, flat ring high gradient magnetic separator to the mine size requirements more stringent, we study the unique structure of the magnetic system and magnetic media optimization portfolio, so DNCXJ series Separator size cap ore reached to 2.0 mm, simplifies field grading operations, with a wider range of adaptability. 4, the use of multi-media technology and level gradient stability control means the iron ore grade and recovery rate. 5, set the high-frequency vibration mechanism pulp, pulp driven pulsating fluid force. Under the influence of pulsating fluid forces, pulp mineral particles is always in a loose state, can improve the quality of magnetic concentrate. 6, the unique design compared with the domestic similar products to effectively solve the "step" phenomenon swivel. Vertical ring high gradient magnetic separator Scope 1, black metals: the illusion of hematite, hematite, limonite, siderite, chromite, ilmenite, manganese recovery; 2, non-ferrous metals : tungsten-containing fine disseminated quartz veins recovery wolframite, cassiterite separation separation Ore pyrrhotite, isolation cassiterite and wolframite, limonite and other minerals, scheelite recovering tantalum and niobium ore, Tie lepidolite, monazite, etc.: 3, precious metals regard; separate wolframite, garnet and other minerals and the like. 4, non-metallic aspect: the glass-ceramic industrial raw materials quartz, feldspar, kaolin purification, high temperature refractory sillimanite, andalusite, kyanite desferri and except hornblende, mica, tourmaline, garnet and other harmful impurities and so on; 5, other aspects: weakly magnetic tailings recovery; alumina plant hematite iron mud election; wastewater treatment steel mills, power plants; to wash the catalyst contaminated with industrial chemicals.