Magnetic Roll Separator


Magnetic Roll Separator (High Intensit )

Magnetic separator rolls produced by the Parsian Papak Industrial Group are among the separators that are used with very high field intensity to separate paramagnetic materials or minerals with iron compounds in minerals such as hematite, iron oxide, limonite, bentonite, mica, etc., which cannot be separated by conventional magnets.

The raw materials are charged onto a thin belt (Kevlar) by a vibrator system, and when the material reaches the magnetic field very high above the roller, the magnetic or paramagnetic particles stick to the roller and are released under the roller, while the non-magnetic materials are discharged into the relevant chute without being affected by the field. This group has also succeeded in designing and manufacturing a separator roll without a conveyor system for the first time in Iran, which maximizes the performance of the device.

Benefits

The advantages of this device include a very high magnetic field / can be designed in one to five floors and in a compact form / equipped with an inverter / standard design and structure / magnetic field without the need for electricity / constant magnetic field intensity during operation / special design for quick belt replacement / ability to adjust as desired to achieve the best desired grade / high absorption and recovery power / very diverse capabilities that meet consumer needs, etc.

High-intensity magnetic rolls are used in enrichment in mineral industries, including silica and glass, feldspar, calcium carbonate, magnesium carbonate, aluminum silicate, aluminum oxide, silicon carbide, and absorption of minerals, including mica, ilmenite, and separation of iron-containing PVC grains and separation of micronized iron particles from various industrial and mineral powders. They can be used in refractory, casting, electronics, and hematite iron ore processing industries, etc.

Very high field intensity , magnetic field without the need for electricity, separation of paramagnetic materials or minerals, etc.