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Flotation Machine

Flotation Machine

In the mineral processing line, benefication is always the last step, and Flotation Machine, also called flotation cell is always used in the mineral dressing. Throughout years development of mining industry and our exploration, SBM designed Flotation Machine based on consumers' various requirements. Our efficient Flotation Machine used in mineral flotation processing shows perfect performance.

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  • +86-21-58386211

  • Reasonable structure and excellent performance

    It is designed with reasonable structure. The air-absorption capacity is large and the energy consumption is low. This machine is easy to operate and maintain.

  • Reasonable circulation of mineral slurry

    The machine adopts reasonable slurry circulation, which can keep sediment and avoid the disposition of coarse sand to the largest extent.

  • Automatic control and easy to adjust

    It is easy to adjust automatic control device and electronic control device.

  • High stability

    It can reduce the impurities to a great extent.

The flotation cell is driven by a motor triangular substituting transmission when impeller rotates, which can form the pressure of centrifugal effect, and on the one hand, suction sufficient air is mixed with the slurry, on the other hand, to stir the slurry mixed with the drug is the second step while refinement of the foam, so that mineral above adhesive foam float to the pulp surface mineralized foam is formed. To adjust the height of the gate and to control of the liquid level are the useful ways for foam scraper by being scraped off. The slurry with the pharmaceutical treatment can be fixed in bubbles above with some mineral particles selectively, which is scraped off by floating on the surface, and the rest can be still retained in the slurry in order to reach the purpose of sorting the material.

Specifications of XJ mechanical agitating flotation cell with auto air suction:

Model Effective capacity(m³) capacity Diameter of impeller Revolution of impeller Motor power KW Weight of 4 cell cell
for agitating for scraper
XJ1 0.13 0.05~0.6 200 600 Y90L-4 1.5 0.55
XJ2 0.23 0.12~0.28 250 504 Y100L2-4 1.5 0.55
XJ3 0.35 0.18~0.4 300 483 Y112L-4 1.5 0.6
XJ6 0.62 0.3~0.9 350 400 Y132S-6 3 1.1
XJ11 1.1 0.6~1.6 500 330 Y132M2-6 5.5 1.1
XJ28 2.8 1.5~3.5 600 280 Y160L-6 11 1.1
XJ58 5.8 5~7 750 240 Y200L2-6 22 2.2

Specifications of XJQ mechanical agitating flotation cell with auto air suction:

Model Effective volume(m3) Capacity(m3/min) D. of impeller(mm) r.p.m Impeller revolution Motor power for agitation(kw) Motor power for scraper(kw) W. of single tank(kg)
XJQ-40 4 2-5 400 290315 11 1.1 3100
XJQ-80 8 4.2-10 560 205225 22 5146
XJQ-160 16 8-20 700 170180 30 1.5 9314
XJQ-280 28 14-35 760 166185 55 15940

Specifications of SF mechanical agitating flotation cell with auto air suction:

Model Effective volume(m3) handling capacity (m3/min) impeller diameter (mm) impeller revolutions (r/min) power(kw) chute weight(kg)
for stirring for scraper
SF-0.37 0.37 0.2-0.4 300 352-442 1.5 0.55 936
SF-0.7 0.7 0.3-1.0 350 336 3 1.1 1882
SF-1.2 1.2 0.6-1.6 450 312 5.5 1.1 2745
SF-2.8 2.8 1.5-3.5 550 268 11 1.5 4240
SF-4 4 2-4 650 235 15 1.5 5165
SF-8 8 4-8 760 191 30 1.5 8258

Specifications of SF mechanical agitating flotation cell with auto air suction:

Model Effective Capacity (m3) Capacity (m3/min) Diameter of mpeller (mm) Revolution of impeller (r/min) Motor power(kw) Weight of cell (kg) Remarks
For agitating For scraper
JJF-4 4 2-4 410 305 11 1.5 2303 Auto air suction, to be arranged with gradient, and may be combined with model SF.
JJF-5 5 2-6 410 305 11 1.5 2416
JJF-8 8 4-8 540 233 22 1.5 4500
JJF-10 10 5-10 540 233 22 1.5 4820
JJF-20 20 5-20 700 180 37 1.5 8500

 This products involving applies Yu dressing equipment automatically to material of control system, including main motor M1 and conveying motor M2, control system also including and main motor M1 connection of ammeter A1, and for control main motor M1 run of exchange contact device KM1, and through hot following electrical RJ and conveying motor M2 connection of exchange contact device KM2 and according to ammeter A1 of information for control Exchange contact device KM1 and exchange contact device KM2 run of control module 4. The product achieved a concentrator feeding automation, reducing production costs, contributes to the device automatically protected.

 
The products involved in the field of mineral processing equipment, in particular applied to mineral processing equipment of automatic feeding control system.
 
Currently, when processing equipment production, usually artificial feeding. Because human can see scrap parts of the equipment, for example, ball mill grinding tube, sometimes feeding less often occurs, and devices cannot give full play to efficiency; charging too much at times and could easily lead to overloading of equipment, affecting the service life of the equipment, or even cause equipment damage, especially when operating at night, due to the workers ' cause, sometimes causing individual devices idling.
 
This product applies the technical problem to be solved is to provide automatic feeding control system of mineral processing equipment, able to realize mineral processing equipment of feeding automation, reducing production costs.
 
In order to solve the technical problems mentioned above, this product is suitable for automatic feeding control system of mineral processing equipment, including Ml of main motor and transmission motor M2, the automatic control system also includes connected with the main motor Ml Ml-current ammeter is used to display the main motor of Al and Ml are used to control the main motor operation of AC contactor KM1, Through hot following electrical RJ and conveying motor M2 connection of exchange contact device KM2 and according to ammeter Al of information for control Exchange contact device KMl and exchange contact device KM2 run of control module 4; by said control module 4 including overload alarm module 3, respectively and overload alarm module 3 connection of middle following electrical KAl and middle following electrical KA2, respectively receives from overload alarm module 3 output signal of middle following electrical ZJl and middle following electrical ZJ2; Intermediate relay ZJl receives signals transmitted to AC contactor KM1, ZJ2 receives signals transmitted to the intermediate relay AC contactor KM2.
 
Compared with the existing technology, this product is mainly based on motor current information through overload alarm module, relay and contactor with the realization of automation of the equipment feeding production, reducing labor costs, improve the efficiency of equipment, and do effective automatic protection of the equipment.

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