The key to achieving efficient iron removal in PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC lies in scientifically and rationally selecting magnetic field parameters ——, including magnetic induction intensity, magnetic field height, magnetic gradient, and magnetic field distribution uniformity. First, magnetic induction intensity isn't necessarily better when higher – it should be comprehensively evaluated based on the types, sizes, concentrations, and burial depths of ferromagnetic impurities in the processed material.
In the food processing industry, in the process of wheat, rice or milk powder transportation, iron impurities are mostly fine iron powder or metal wear particles, the size is usually less than 1 mm, at this time, excessive magnetic field is not only unnecessary, but also may cause the material to be adsorbed on the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC surface due to excessive magnetic force, resulting in blockage or cross contamination.
In the treatment of waste metal recycling lines containing a large number of large scrap steel parts, it is necessary to have a high magnetic field strength (more than 12000Gs) to ensure effective adsorption. Therefore, reasonable PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC magnetic induction intensity should be guaranteed to remove the energy consumption, safety and maintenance convenience under the premise of ensuring the removal rate.
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