electromagnetic separation
PTMS MAGNETIC SEPARATOR
what is magnetic separation in science？
How does the iron remover come from? Many people don't know, but this is not complicated.
Raw materials include: insulated copper wire coil, iron core, stainless steel plate.
The insulating copper coil is placed in a soft iron core, and the coil is connected to direct current, which will generate a strong magnetic field in the magnetic cavity, and can attract elemental iron such as: (ferrous oxide, triiron tetroxide, ferrite) and other magnetic substances, minus Small damage to the equipment. The use of pure iron as the core is to reduce the hysteresis, and the iron that is attracted after the coil is de-energized is completely dropped.
The iron remover is wound around the core by a coil. When the coil is connected to direct current, an electromagnetic field is generated. The iron remover is the principle. Of course, this is only an electromagnetic iron remover, and a permanent magnet iron remover. The iron material sucked on the permanent magnet is rotated by the belt through the tension of the belt.
Iron separator composition
The permanent magnet iron remover is composed of neodymium iron boron and ferrite, and the electromagnetic iron remover is composed of an excitation coil and a controller.
There are several types of iron removers currently on the market:
1, hanging type iron remover, mainly used on the belt conveyor, a part of the iron material is sucked, and then prevented from entering the crusher, or prevented from entering the next process.
2, self-unloading iron remover, a little higher than the ordinary hanging type iron remover, the material is taken up by the belt on the upper side of the iron remover, and the cycle works. It does not require manual and cumbersome removal of iron materials, which improves work efficiency.
3, electromagnetic iron remover, the steel plant is mostly used in the electromagnetic iron remover, power off power can adjust the magnetic flux and shut down, to achieve the role of iron handling and adsorption.
