What are the factors that affect the effect of iron removal by Magnetic Separator

Wanjiade Technology Co.,Ltd is a manufacturer of iron removal equipment, focusing on producing Mganetic Separator and after sales service.

The main factors affecting the effect of Magnetic Separator are: Raw Material State(powder or slurry), particle size, temperature, average flow rate, instantaneous flow rate, fluidity, magnetic field, iron content, target iron content, chemical property, installation space, unloading method, upstream and downstream  equipmet, etx, next, we mainly about the tempreture and magnetic field on the impact of iron removal equipment.

Influence of tempreture of Magnetic Separator on iron removal effect  the magnetic field intensity is proportional to the current, and the  current is proportinal to the resistance. The resistance of the coil increases with the increase of the temprature, the corresponding current will decrease, causing the magnetic field to weaken until Dynamic equilibrium is reached. Therefore, the cooling effect of  electromagnet is an important factor to keep its field strength from decreasing rapidly. Selecting the iron remover with good heat dissipation effect and using the double dust remover in turn can achieve the goal of timely cooling.

Inluence of iron parts near the magnetic feild of the Magnetic Separator on the iron removing effect:

Th emagnetic Separator is a complicated physical process. The effect of Magnetic Separator will be affected when the iron parts around the iron remover are magnetized. There are rollers and other steel devices under and around the Magnetic Separator. The additional magnetic field formed by different shapes of iron parts after  magnetization is very complicated. The value of the magnetic induction is not large. As the distance from the roller increases, the magnetic induction decreases rapidly, and is within  0-40mm. As this time, the suspension height of the electromagnetic separator should be adjusted accordingly, the magnetic field produced by magnetization us weak, and the additional magnetic field is far away  from the iron parts, so its negative  effect on the iron remover is much smaller.