The suction force is strong and can absorb anything from small screws to large iron blocks weighing 150kg. The magnetic force is twice as strong as that of ordinary models. This device has high iron absorption efficiency, good sealing, compact size and high safety.
The disc carrier composed of multiple magnetic disks in series has sufficient adsorption area. An inclined elastic scraper separation device is installed between each disk. During the continuous rotation of the disk, the scraper separation device continuously scrapes off the magnetic body adsorbed on the disk and discharges the mixture into the floc bin through the reamer connected to the scraper.
Eddy current separator is mainly used to recycle scrap metal from industrial and domestic waste. Typical processing objects include: scrap copper (aluminum) power cables, aluminum products, automobile parts, non-ferrous metal debris, printed circuit board ash, glass slag containing non-ferrous metals, electronic waste, multi-metal (AI\CU, PB, ZN) mixtures, cast steel (aluminum) sand and aluminum slag, etc.
High performance NdFeB is used as the magnetic source, with high magnetic energy product and not easy to demagnetize.
Aluminum chip iron removal magnetic separator is a magnetic separation equipment used for continuous iron removal of fine powder, granular and small block materials.
The magnetic system utilizes a multi-pole, wide-angle design, with NdFeB as the magnetic source, resulting in a high magnetic field strength and large gradient. The transmission utilizes an electromagnetic speed-regulating motor to accommodate the varying speeds of the separation drum. This is the ideal specialized equipment for extracting iron powder from river sand and enriching crushed, lean ore.
Finite element analysis of magnets is performed using computer simulation technology to quantitatively calculate the distribution and size of the magnetic field, ensuring the rational design of the magnetic circuit.
