Description
They are easy to install and maintain, and because they have no moving components, they are a set-it-and-forget-it mineral classification processing solution. Gravity concentration is employed in coal, copper, iron ore, chrome, mineral sand, and gold. The process of separating particles of various sizes, shapes, and densities by gravity or centrifugal force is known as gravity concentration. The behavior and reactivity of varied particle densities and sizes to gravity and centrifugal force determines gravity concentration. Two or three mineral grades can be accumulated while a stream passes through the gravity concentration spiral. The gravity concentrator uses minimum energy to separate minerals based on differences in gravity. It means the gravity concentration system’s downstream processing will be more accurate and efficient. As mineral streams are sent down the spiral trough, spiral gravity concentrators use centrifugal force to segment them. The particles in the slurry will cluster according to their density in wet spiral separators. Lower-density particles are pushed to the path’s edge, while higher-density particles stay in the middle. Spiral concentrators that are dry sorted by shape. Rounder particles travel quicker and are forced to the spiral’s outer edge, separated and gathered.
