Product description
It is the fully automatic operation, without any manual operation. The magnetic field intensity is high, and the magnetic field distribution is even, while the magnetic field gradient is high, and the iron removal effect is obvious. The cooling system adopts the external oil-cooled heat dissipation method, which has the good circulation effect, may effectively control the temperature rise, and extends the life span of coil. The break valve adopts the imported materials, while the valve body is sturdy and durable, and no residual slurry will be spilled over after the valve is closed. The iron removal adopts the air ejection and high-pressure water pump flushing method to make the thorough cleaning, without any residue. The meshes are made from the special materials, while there is no residual magnetism after the disconnection of magnetic field, and the iron removal is convenient, efficient, and thorough, without any residue.
Operation process
It is required to connect the power supply unit, open the slurry inlet valve and slurry outlet valve, close the back-slurry valve and iron dumping valve, and open the magnetizer. When all the slurries pass through the slurry iron remover, it is required to close the inlet valve and slurry outlet valve, open the back-slurry valve, and drain the remaining slurries in the iron remover via the back-slurry valve. Then, it is required to disconnect the magnetic field, close the back-slurry valve, and open the iron dumping valve, so as to dump the magnetic substances stuck to the magnetic medium.
Scope of application
The electromagnetic slurry magnetic separator is widely applied to remove the iron powder, micro-iron powder, magnetic substances, and others contained in the glaze slurry of the ceramics, mining industry, chemistry, food and other industries.
Electromagnetic slurry magnetic separator series
