The MGS–C-900 is a premium separator designed to separate and upgrade the finest minerals and metals on specific gravity difference. The optimum feed to the MGS–C-900 machine will typically comprise solids in the range of 5 to 120 microns.
MPI will continue to produce magnetic separation, electronic inspection and material handling equipment vital to the industrial, food and healthcare industries. We can be reached by email info mpimagnet.com or phone 248.887.5600×1.
A pulley separator is a magnetic roll used as the head pulley for a belt conveyor. The pulley attracts ferrous contaminants. They are separated from the material during belt discharge. Clean material moves forward off the belt to the downstream process.
Magnetic Separator design is paramount Appli ions: Gravity - Pneumatic The most effective ferrous contamination removal typically requires six factors shown in their order of importance. Direct Magnet/Product Contact, not relying on the magnetic field alone
Magnetic and Gravity Separators. Being a leading manufacturer, involved in offering Magnetic Separators, Gravity Separator, Magnetic Equipment, Suspension Magnet, Ball Mill etc. Offered products are tested by experts before final dispatch.
HF Drawer Magnets are for gravity flow appli ions. They house two or more magnetic cartridges for efficient product separation. For all industries - Food, Grain and Milling, Powder and Bulk, Recycling, and Plastics.
The rare-earth magnetic roll REMR magnetic separator has no such air gap. Consequently, the magnetic force does not decline in the manner of an IMR set with a large air gap. Magnetic Separators Appli ion in Mineral Industry One of the oldest tools used in mineral concentrating is the magnetic separator.
As a result of the stepwise separation, six bulk density ranges <0.7 to >1.1 g/cm³ at intervals of 0.1 g/cm³ were prepared from non-magnetic fractions with four size ranges 4–8, 2–4, 1
Gravity concentration was carried out utilizing a combination spiral and Floatex density separator circuit, for optimal preconcentration, followed by an attrition scrubbing stage. Due to the specific assemblage, using magnetic separation alone would produce a combination product of magnetite, titanium-bearing minerals, chromite and garnet.