Kaolin Purification Process in Indian Gujarat

What are the factors that affect the effect of iron removal?

FOSHAN WANJIADE TECHNOLOGY COMPANY LIMITED is a manufacturer of iron removal equipment, mainly producing Electromagnetic Separators and after-sales services.

Influence of temperature of Magnetic Separator on iron removal effect：

The main factors affecting the effectiveness of the 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 properties, installation space, unloading method, Upstream and downstream equipment, etc. Next, we mainly talk about Tempreture of magnetic field and magnetic field on iron removal equipment.

The strength of the magnetic field is proportional to the current, and the current is proportional to the resistance. The resistance of the coil increases with increasing temperature, and the corresponding current will decrease, thereby weakening the magnetic field until it reaches a dynamic equilibrium. Therefore, the cooling effect of the electromagnet is an important factor preventing its field strength from rapidly decreasing. Select scattered  iron remover with good thermal effect, using double dust remover in turn, can achieve the purpose of timely cooling. Influence of iron parts near the magnetic field of the iron remover on the iron removal effect:

Magnetic separator is a complex physical process. When the iron parts around the iron separator are magnetized, the effect of the magnetic separator will be affected. There are rollers and other steel equipment under and around the Mganteic separator. The additional magnetic field formed by different shaped iron parts after magnetization is very complicated.

The value of magnetic induction is small. As the distance from the roller increases, the magnetic induction decreases rapidly and is within 0-40 mm. At this time, the suspension height of the Electromagnetic Separator should be adjusted accordingly, the magnetic field generated by the magnetization is weak, and the extra magnetic field is far away from the iron.