1. Water is introduced into the rotating concentrating cone through a series of fluidization holes.
2. Feed slurry is then introduced through stationary feed tube.
3. When the slurry reaches the bottom of the cone it is forced outward and up the cone wall by centrifugal force.
4. The slurry fills each ring to capacity to create a concentrating bed.
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5. KC patented fluidization process prevents compaction of the concentrating bed. As water is injected into the rings, the flow is controlled to achieve optimum fluidization. High specific gravity particles are then retained in the concentrating cone.
6. When the concentrating cycle is completed 1, concentrates are flushed from the cone into the concentrate launder through our patented multi-port hub. This procedure can be completed in about 1 to 2 minutes in a secure environment
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