CE certificate Three discs magnetic separator hot sale to Europe for separation paramagnets
Three discs magnetic separator Working principle: The three-disc magnetic separator is mainly composed of three rotating magnetic disks, each of which is equipped with a high-strength electromagnet or permanent magnet. During operation, the minerals are evenly distributed on the surface of the disk through the feeding device. The magnetic minerals are adsorbed on the disk under the action of the magnetic field and are brought to the unloading area as the disk rotates. The non-magnetic minerals continue to fall due to gravity, thereby realizing the separation of the minerals.
Structural features
Multi-disc design: Three independently rotating magnetic disks expand the contact area of the magnetic field. Each disk can adjust the magnetic field strength and speed individually, and can perform multi-stage sorting to improve the separation effect and concentrate quality.
Strong magnetic field system: It adopts high-strength permanent magnets or electromagnets, and the magnetic field strength is adjustable. It can generate a strong magnetic field of up to 20,000 gauss to meet the sorting needs of different minerals.
Belt conveyor structure: Equipped with a conveyor belt to ensure that the slurry passes through the magnetic field area evenly, and the conveying speed can be adjusted to meet the requirements of different ores and sorting.
Discharging device: The magnetic minerals are unloaded in the unloading area through a scraper or flushing device to ensure the effective collection of magnetic minerals.
Equipment advantages
Efficient sorting: The three-disk design enables a single operation to sort a variety of magnetic minerals, with a processing capacity of up to 800 kg/hour and a recovery rate of over 98%, which can effectively improve the efficiency of mineral processing and resource utilization.
Flexible regulation: The magnetic field strength, disk speed, conveyor belt speed, etc. are all adjustable to adapt to the characteristics of different ore sources, especially suitable for processing fine-grained (0.05-3 mm) minerals.
Environmental protection and energy saving: Dry sorting does not require water, reducing wastewater treatment costs; low energy consumption design is in line with the trend of green mines.
Compact structure: small footprint, which can reduce construction and operation costs.
Strong continuous operation capacity: can achieve continuous feeding and discharging, high production efficiency and good stability.
Scope of application
Ferrous metals: can be used for the recovery of pseudo-hematite, hematite, limonite, siderite, chromite, ilmenite, manganese ore, etc.
Nonferrous metals: Suitable for the recovery of fine-grained wolframite in tungsten-containing quartz veins, the separation of pyrrhotite in cassiterite polymetallic sulfide ores, the separation of cassiterite from wolframite, the separation of limonite and other minerals, the separation of scheelite from wolframite, garnet and other minerals, etc.
Rare metals: Can be used for the recovery of tantalite, niobium ore, lithium mica, monazite, etc.
Nonmetals: Can be used for the purification of quartz, feldspar, and kaolin, raw materials for the glass and ceramic industry, the removal of iron from high-temperature refractory materials such as sillimanite, andalusite, and the removal of harmful impurities such as hornblende, mica, tourmaline, and garnet.
Other aspects: It can also be used for the recovery of weak magnetic tailings, the iron selection of hematite mud in alumina plants, the treatment of wastewater in steel plants and power plants, and the cleaning of chemical raw materials contaminated by catalysts.
