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The Advantages Of Various PTMS Magnetic Separators For Different Magnetic Separation Process Conditions
Время: 2021-04-24

Magnetic Separator Machine
 PTMS Magnetic Separation
 What Is Magnetic Separation Method In Hindi ?

The magnetic separation process is also affected by the specific gravity difference between magnetic minerals and non-alkaline minerals in the treated material. According to the different conditions of the magnetic separation process of various PTMS magnetic separators, although specific gravity conditions are opposite, but may promote the separation of magnetic and non-magnetic minerals, may also hinder the separation of magnetic and non-magnetic minerals. Such as the magnetic direction and gravity (or the component of gravity) in the opposite direction of the magnetic separator (the lower part of the mine PTMS belt magnetic separator), the ratio of non-magnetic components (other conditions are the same), thus conducive to the magnetic separation process. PTMS magnetic separator can remove the iron inside (Fe2O3). The reason is that the heavier non-magnetic particles are easily separated from the magnetic particles under the action of gravity. When the magnetic direction and gravity (or gravity component) direction consistent (upper to the mine PTMS belt type magnetic separator and spiral PTMS trough magnetic separator), the ratio of non-magnetic components is significant, not only can not be conducive to the separation of magnetic and non-magnetic minerals, but will hinder their separation. Because the upper feeding PTMS belt type magnetic separator and spiral PTMS trough magnetic separator separation process, is by washing the water to wash and discharge the non-magnetic minerals, only a small proportion of non-magnetic minerals to help the separation process.

The particle size of treated kaolin, potassium albite, quartz sand and other materials is one of the most important factors affecting the magnetic separation process. Dry magnetic separation of highly magnetic ore can be used to treat materials with particle size up to 120~150 mm. The wet magnetic separation process of strong magnetic ore and the dry and wet magnetic separation process of magnetic ore can be used to deal with the particle size of the material not more than 6 ~ 8 mm. The treated kaolin, potassium sodium feldspar, quartz sand and other materials increase their specific surface area with the decrease of particle size, so in the dry magnetic separation between the ore particles due to the adhesion of the ore particles caused by the increase of specific friction. If the direction of the magnetic force is opposite to the direction of gravity, the non-magnetic particles will no longer be mixed with the magnetic particles in the magnetic part only when the gravity of the particles is greater than the friction between the particles due to the adhesion of the particles. PTMS magnetic separator can remove the iron inside (Fe2O3). Therefore, the minimum particle size of the material to be processed should be limited. Denotes the relationship between the separation result of the mixed material of 50% hematite and 50% quartz and the particle size of the material. It can be seen from the curve that when the particle size of the material is lower than 0.1-0.15 mm, the separation index (hematite content and recovery rate in the magnetic part) is greatly reduced.

what is magnetic separation method in hindi ?

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