Name: China Foam New Designed Flotation Equipment
Brand: HENGXING
Availability: InStock

Product Details

China Foam New Designed Flotation Equipment

Product Description

Floatation Separator is usually a continuous process by a few tanks, dozens of tank flotation machine connection, including roughing, scavenging, concentration operations. The use of flotation machine should meet the following requirements about equipment and processes, varies parts are complete and intact. Machines function normally and achieve the required aeration rate. Motor drives impeller rotating through belt and pulley. On the one hand, the machine inhaled enough air mixed with slurry, on the other hand, stirring the mixture of pulp and pharmaceutical. At the same time, refinement of the bubble, the particles adhere to the bubbles on the role of reagents and float to the slurry surface. So it the formation of mineralized froth layer and scraped by the scraper.

Large inhaling capacity and low consumption.
Complete flotation circuit with inhaling air and slurry, no auxiliaries are needed.
Process is easy to be changed.
Reasonable circulation of slurry decreases coarse sand sedimentation.
Automatic controlling device makes adjustment more convenient.

The impeller is rotated by V-belt of motor and produces negative pressure by centrifugal function. Enough air is sucked to mix slurry, and slurry mixes drug at the same time. Mineral sticks on bubble completely and floats on the surface of slurry to form mineralized bubble. Useful bubble is scraped out by adjusting flashboard height and controlling liquid surface

Floatation Device Equipment can be used to separate non-ferrous metal, ferrous metal, noble metal, non-metallic mine, chemical material. It can be used in roughing, scavenging, selection or reverse flotation. In the flotation process, after being mixed with drug, some qualified mineral attaches on bubble, floats on the surface of slurry and is scraped out, other mineral still stays in the slurry, so the separating purpose is finished.