How can potassium feldspar particles achieve the best PTMS magnetic separation effect
drum magnetic separator
If sludge washing is not carried out, impurities such as mud and sand will adhere to the surface of potassium feldspar particles, affecting the adsorption effect of the PTMS magnetic separation equipment on iron impurities, reducing the magnetic separation efficiency and product quality. The shaker is a commonly used sorting equipment. It utilizes the reciprocating motion of the bed surface and the effect of water flow to separate materials of different densities and particle sizes on the bed surface.
PTMS magnetic separation
The materials that have undergone rough selection through PTMS magnetic separation to remove mud and sand are sent into the shaker to wash out impurities such as ferric oxide. When the materials enter the shaker, under the reciprocating motion of the bed surface and the impact of water flow, impurities such as ferric oxide, due to their relatively high density, will gradually move to one side of the bed surface. However, potassium feldspar particles, due to their lower density, will remain on the other side of the bed surface.
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In this way, the separation of impurities such as ferric oxide from potassium feldspar was achieved. The operating parameters of the shaker, such as the inclination of the bed surface, the speed and flow rate of the water flow, etc., will all affect the sorting effect. Operators need to reasonably adjust these parameters according to the characteristics of the materials and production requirements to achieve the best PTMS magnetic separation separation effect.
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