Stainless Steel 304 Neodymium Magnetic Separator Grid, clean-magnetic grate, Permanent Easy-cleaning Grate Magnetic Bar for Separator, High Performance Magnetic Grid Rods Stainless Steel 304 Neodymium Magnetic Separator Grid Features: Material stainless steel 304 + Neodymium Magnet Size Custom Surface Gauss 12000 Gauss Gauss After Tube 9000 Gauss ( +/-500) Type Easy-cleaning Certification ISO9001, ISO14004 Lead […]
Wet Drum Magnetic Separator, Magnetic Drum Separation, HEAVY Medium WET DRUM MAGNETIC SEPARATORS, High efficient Wet Magnetic Drum Separator, Permanent Magnet Drum Type Wet Magnetic Separator
The HSCTN series wet drum magnetic separator is a countercurrent magnetic drum separation equipment specifically designed for the recovery of magnetic materials at HM (Heavy Medium) coal preparation plants. Our wholly sealed magnet system is created through the combination of ferrite and rare earth magnetic steel. Cleverly designed, this magnetic separation system can effectively direct the optimized flow of mineral slurry.
Harnessing the magnetic force generated by the permanent magnet system, reactive minerals are attracted to the surface of the drum and then tumbled within the drum. After the magnetic attraction has been neutralized, gravity kicks in, allowing the scraper to effectively remove magnetized materials. Non-magnetic materials are discharged through the bottom chute.
The duo-drum magnetic separator utilizes a modular structure for convenient transportation and installation. The machine can readily adapt to changing material flow capacity, concentration, and other varying parameters. Valid granular separation size ranges between 0 to 3 mm. Simple in structure but large in processing capacity, our magnetic drum separator is both user friendly and easy to maintain. The ideal magnetic drum should be chosen based on processing conditions and raw material characteristics.
Wet Drum Separator , Drum Magnetic Separator
The materials are uniformly fed to the belt. When materials go through the permanent magnetic drum, the non-magnetic and low-magnetic particles will leave the belt surface because of the centrifugal force and gravitation. Meanwhile, strong-magnetic particles are absorbed to the belt by magnetic force and then fall into the magnetic trough when the belt leaving the magnetic pulley. electromagnetic separator for dry powder