Reasons and treatments for thickener turbidity: First, strictly control the feed fineness to ensure stable feed amount, avoid sharp fluctuations in fineness and ore volume, and ensure smooth operation of the thickener; second, control the liquid-solid ratio to prevent turbidity caused by excessive liquid volume and high concentration; the best feed concentration for thickeners is 25%-30%; with the supplementary dilution of the supernatant of the thickener, the actual slurry concentration of the thickener can be maintained at around 18%-25%; at this concentration, the flocculation effect of the flocculant is the best; too high or too low a concentration is not conducive to the sedimentation of the ore;
Mica and quartz are common minerals that play an important role in mineralogy. Although they are both silicate minerals, there are clear differences between them. First, mica and quartz are very different in appearance. One of its distinguishing features is that mica exhibits a layered structure that can be easily peeled off into thin flakes. Quartz, on the other hand, is a uniform crystal with no layered structure. Additionally, mica is usually dark in color, such as black, brown, or green, while quartz is usually clear or white. Secondly, mica and quartz also differ in their physical and chemical properties. The hardness of mica is usually between 2.5 and 4, which is relatively easy to be scratched; while the hardness of quartz is very high, 7, which is a very hard mineral. In addition, mica has good refractive properties and electrical properties, while quartz is an excellent piezoelectric material.
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