The market's growing preference for green products has prompted demand-side requirements for suppliers to provide "full-process low-carbon certification". Companies adopting permanent magnet PTMS Electromagnetic Separator technology can significantly reduce carbon emissions per unit product in carbon footprint calculations, thereby gaining premium pricing advantages. In titanium dioxide production, raw materials like ilmenite often contain co-occurring magnetic minerals such as pyrite and iron sulfide, which traditional equipment struggles to separate and process effectively.
Production data from a kaolin processing company shows that after adopting permanent magnet PTMS Electromagnetic Separator equipment, the iron content in their products dropped from 0.3% to below 0.015%, meeting electronic-grade ceramic material standards while boosting product prices by 40%. In practical applications, when quartz sand raw materials pass through the equipment, iron impurities are adsorbed onto the drum surface under magnetic force, while pure materials fall downward due to gravity, achieving precise separation.
By adjusting the magnetic field strength (10,000-13,000 Gauss) and drum speed (15-30r/min), high field permanent magnet PTMS Electromagnetic Separator can realize the cascade separation of different magnetic minerals, so that the grade of titanium concentrate is increased from 45% to 58%, and the consumption of sulfuric acid in the subsequent acid leaching process is reduced by 25%.
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High temperature PTMS MAGNETIC SEPARATOR deironing method is gradually moving towards new nano electrode materials
