Roller magnetic separator ERGA SMVI

High-inductive magnetic separator ERGA SMVI provides dry enrichment of minerals and high-quality purification of materials from weakly magnetic particles. non-magnetic (quartz sands, feldspar, kaolin raw materials, semolina, etc.) and magnetic (titanium-zirconium sands, chromite ore, manganese ores, etc.) materials. • High-performance magnetic system based on NdFeB Unique patented magnetic system provides increased magnetic induction working surface up to 1.7 T (17000 Gs) without power consumption for generating a magnetic field, unlike electromagnetic analogs • Simple installation and operation Adjustment systems for magnetic separators ERGA SMVI-1, -2, -3 are optimized for simple adjustment of equipment operating modes. It is possible to connect SMVI to aspiration systems for dust removal. Special thin Kevlar belts with a self-tensioning and centering system can be quickly installed or replaced in just 5 minutes • Operation at temperatures up to + 180 ° C The use of special NdFeB alloys and high-temperature materials of the structural elements of the SMVI separator allow efficient operation at product temperatures up to + 180 ° C. • Automatic cleaning Cleaning of raw materials and materials from weakly magnetic impurities occurs automatically and does not require the participation of personnel. Continuous automatic removal of magnetic impurities improves the quality of separation. • Dry separation method: pure savings! Highly inductive separator ERGA SMVI allows you to replace or add existing equipment, increasing the quality of the source material with less energy consumption and without financial, time costs for water and drying **. ** in comparison with the wet separation method • Reliable design – proven result Reliable design of high-inductive roller separators SMVI, proven by the experience of numerous installations in different industries, is compact in comparison with electromagnetic analogs and has a convenient and easily accessible adjustment of the separation process.