Mechanical Stirring Flotation Machine

Product Description

Mechanical stirring flotation machine

Mechanical stirring flotation machine working principle 
When the mechanical stirring flotation machine is working, the sludge and the chemical are fully mixed and fed into the tank bottom of the first chamber of the flotation machine. The ore pulp is brought into the mixing area by the lower suction port and the upper suction port of the impeller respectively, so that the air enters the mixing area along the air guide sleeve, and the ore pulp, air and medicament are mixed here. Under the action of the centrifugal force of the impeller, the mixed pulp enters the mineralization zone, the air forms bubbles and is crushed, and fully contacts the coal particles to form mineralized bubbles, which are evenly distributed in the tank under the action of the stator and the turbulent plate. Cross section, and move up into the separation zone, enrich to form a foam layer, which is discharged by a foam scraper to form clean coal foam. The unmineralized coal particles on the bottom of the tank will be mixed, mineralized and separated again through the circulation hole and the upper suction port. Part of the pulp that is not sucked by the impeller of the flotation machine at the bottom of the tank enters the bottom of the tank in the second chamber through the medium ore box buried in the pulp. After completing the whole process of the first chamber, it enters the third chamber. The operation is carried out until the mine enters the last chamber and the flotation ends and enters the tailings box to discharge the final tailings.


Mechanical stirring flotation machine Features 
1. The novel and unique feeding method makes the slurry flow state reasonable and improves the processing capacity.
2. High inflating efficiency, the air intake can be adjusted at will under working conditions.
3. The flotation speed is fast, and both coarse and fine-grained coals can obtain ideal separation results.
4. Low energy consumption, installed capacity and actual power consumption are lower than similar flotation machines.
5. The structure is reasonable and the floor area is small; wear-resistant materials are used, and the service life is long.
6. Reliable operation and easy maintenance.
7. The slurry level can be controlled at a single point, which can be adjusted automatically or manually.


Mechanical stirring flotation machine data sheet 

Type	Tank volume m3	Unit pulp processing capacity m3/m3 h	Single tank stirring mechanism power kW	Scraping mechanism power kW	Size
					Length mm			Width mm	Height mm
					3tank	4tank	5tank
HT-S4	4	6~10	15	2×1.5	6785	8690	10595	2150	2758
HT-S8	8		22	2×1.5	8200	10555	12910	2750	2956
HT-S12	12		30	2×1.5	9494	12255	15014	3120	3250
HT-S16	16		37	2×2.2	10970	14175	17380	3450	3433
HT-S20	20		45	2×2.2	12260	15715	18170	3700	3503
HT-S24	24		45	2×2.2	12564	16272	19980	3900	3566
HT-S28	28		55	2×2.2	13313	17271	21229	4200	3607
HT-S36	36		75	2×2.2	14515	18870	23225	4600	4728