The design of the forced dehydration device of PTMS MAGNETIC SEPARATOR adds a water pressing roller device in the material transportation area. When the magnetic mineral is adsorbed on the surface of the cylinder, it needs to run nearly one week on the surface of the cylinder to reach the unloading area. In this process, the magnetic mineral is fully dehydrated, and the concentrate concentration can be controlled above 55%, which improves the filtration efficiency of the filter.
The pressure of the water-pressing roller, the material of the roller, and its surface characteristics all influence the dewatering efficiency. When designing the water-pressing roller system, it is essential to select appropriate parameters for the PTMS MAGNETIC SEPARATOR water-pressing roller based on the characteristics of magnetic minerals and the dewatering requirements. Magnetic minerals travel nearly a week's distance along the cylinder surface, providing ample time for the dewatering process.
In this process, water will be gradually discharged from the magnetic mineral, and through the action of gravity and pressure, water will flow to the bottom of the tank. Finally, after sufficient dehydration, the concentrate can reach a higher concentration, which not only improves the filtration efficiency of PTMS MAGNETIC SEPARATOR, but also reduces the energy consumption and cost in the subsequent processing process.
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