Henan XBM specialize in manufacture Flotation Machine, 20 years experiences, professional design, first-class quality, sales lead ! 

1). The impeller is rotated by V-belt of motor and produces centrifugal effect with negative pressure;

2). Enough air is inhaled into mixed pulp, and pulp mixes with drug at the same time;

3). Mineral sticks on bubble completely and floats on the surface of pulp to form mineralized bubble;

4). Useful bubble is scraped out by adjusting flashboard height and controlling liquid surface.

1). Large inhaling capacity and low energy consumption;

2). Complete flotation circuit with inhaling air and pulp, no auxiliaries are needed;

3). Process is easy to be changed;

4). Reasonable circulation of pulp decreases coarse sand sedimentation;

5). Automatic controlling device makes adjustment more convenient.

SF series dissolved air mix type mini aluminum ore flotation machine is composed of pulp chute,mixing device,air charging system,mineralized bubble discharging device and electro motor.

Pulp chute used for adjusting the liquid level,it is composed of the chute bodywhich is melt by the steel board and gate melt by the steel board and steel rod.

Mixing device It is used for mixing the pulp and it is composed by the belt wheel, impeller, vertical shaft.

Air charging system composed by the inlet air pipe.

Mineralized foam discharging device composed by the reducer driven by the electric motor and scrapper driven by the reducer.

1). XJK SF Series Flotation Machine can be used in roughing, scavenging, selection or reverse flotation;

2). XJK SF Series Flotation Machine is widely used for roughing, concentrating and counter-flotation of nonferrous metal that includes copper, lead, zinc, nickel and molybdenum, ferrous metal and nonmetallic mineral;

3). 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, and other mineral still stays in the slurry, and the separating purpose is finished.

1). What’s the material you are going to deal with?

2). What’s the granularity of the material?

3). What’s the granularity of the final products are you going to achive?

4). What’s the producing capacity you are going to achieve?