SF flotation cell is a mechanical agitation type flotation equipment with self-slurry suction and self-air suction
Both sides of the impeller with back rake blades ensures double circulating of slurry inside the flotation tank.
Forward type tank, small dead end, fast foam movement
Large air suction volume, low power consumption
Long service life of wear parts
Each tank with air suction, slurry suction and flotation function does not need any accessory equipment to form flotation circle, which is convenient for process flow changing
The reasonable slurry circulation minimizes coarse sand sediments, and is conducive to flotation of coarse particle
Auto-control device of slurry volume, convenient adjustment
Impeller with backward style upper and lower leaf, the upper blade generates upper circulation; the lower blade generates lower circulation.
Mechanical stirring, self- air suction, self-slurry suction
SF flotation cell is composed flotation cell unit with JJF flotation cell as the suction tank of every operation
3D Exploded Video
Every single part and working principles of SF Flotation Cell are showed in Xinhai 3D video, which is really convenient for you to see the structure and working principles of those large equipment.
When the flotation machine works, the motor drives the impeller to revolve, so the centrifugal effect and negative pressure are produced. On one hand, ample air is absorbed and mixed with mineral slurry, on the other hand, the mixed mineral slurry is mingled with additive, meanwhile, the foams are thinning, the mineral is bounded with foams, and floats up to the surface of mineral slurry and the mineralized foam is formed. The liquid surface can be adjusted with the height of adjustment flashboard, so that the useful foams are scraped with squeegee.
SF flotation cell adopts creative forward tank, double side blades of water wheels, draft tube and the false bottom device. The slurry in tank takes upper and lower circulation according to the fixed flow mode, which is conducive to suspension of coarse particle.