Shaking tables are often used for the separation of antimony ore through gravity separation. The process involves the use of a shaking table, which is a device that uses water and gravity to separate materials based on their differences in density.
To use a shaking table for the separation of antimony ore, the ore is first crushed and ground into a powder. The powdered ore is then placed on the shaking table, which is equipped with a riffled surface.
The shaking table is then subjected to a shaking motion, which causes the ore particles to move back and forth on the table. This shaking motion causes the denser antimony ore particles to migrate towards the outer edges of the table while the lighter particles remain closer to the center.
At the end of the shaking process, the ore is separated into multiple fractions based on their density, with the densest material being collected at the outer edges of the shaking table. The separated antimony ore can then be further processed and refined to obtain pure antimony.
Overall, shaking tables are an effective and widely used method for the separation of antimony ore through gravity separation.
