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The motion of weak magnetic particles in PTMS high intensity magnetic separator with high gradient magnetic field was analyzed dynamically, and the mathematical model of motion trajectory was established. A method to control the separation effect was obtained, that is, to control the rotation speed of roller and magnetic field intensity.

PTMS magnetic separation

The effects of magnetic field intensity, pole distance, specific magnetic susceptibility and cone Angle on particle displacement, velocity and average unbalance force in particle trajectory were observed by PTMS. The results show that the larger the magnetic field intensity and specific magnetic susceptibility, the greater the force of particles in the magnetic field, the more obvious the change of displacement and velocity, which is beneficial to the magnetic trapping of particles.

what is magnetic separation in Kaolin？

High gradient magnetic field PTMS high intensity magnetic separator keeps the relative distance between particles and cone tip L /2, the smaller the pole distance, the greater the trend of displacement and velocity change, the more conducive to the adsorption of magnetic particles, the stability of the system; When the cone Angle is π/3, the particle is subjected to the maximum magnetic force and the system is easy to reach the equilibrium state. The cone Angle has the weakest effect on the system, and the magnetic susceptibility has more influence on the system than the polar distance and magnetic field intensity.
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