KYF Integral Flotation Machine, Factory Price Flotation Equipment, Rougher Flotation Cell Price|Yantai Rhyther Mining Machinery Co.,Ltd

XCF-KYF Integral Unit

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XCF-KYF Integral Unit

The XCF flotation machine is used with the KYF flotation machine. The structural features are similar and the dimensions are the same.

Both XCF and KYF integral unit belong to inflatable flotation machine. With the ability to imbibe ore pulp, SCF is used as ore pulp imbibing tank, while KYF as a direct flow tank without spontaneous imbibition ability. The tanks are arranged horizontally, no foam pump is required.

U-shaped tank reduces the ore accumulated at the bottom of the tank. Large-diameter conical impeller and short blade rotor are adopted, which enable the machine to possess large processing capacity and low energy consumption. Aeration disperser is arranged in the middle of the impeller, which makes the dispersion of aeration uniform and the mixing sufficient.

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Model	Effective volume (m³)	Capacity (m³/min)	Impeller diameter (mm)	Impeller revolutions (r.p.m)	Air pressure of blower (Kpa)	Max of air-infaltion (m³/㎡.min)	Motor power (kw)		Weight of single tank(kg)
Model	Effective volume (m³)	Capacity (m³/min)	Impeller diameter (mm)	Impeller revolutions (r.p.m)	Air pressure of blower (Kpa)	Max of air-infaltion (m³/㎡.min)	For agitating	For scraper	Weight of single tank(kg)
XCF-1	1	0.2~1	400	358	≥12.6	2	5.5	1.1	1154
XCF-2	2	0.4~2	470	331	≥14.7	2	7.5	1.1	1659
XCF-3	3	0.6~3	540	266	≥19.8	2	11	1.5	2259
XCF-4	4	1.2~4	620	215	≥19.8	2	15	1.5	2669
XCF-8	8	3~8	720	185	≥21.6	2	22	1.5	4435
XCF-16	16	4~16	860	160	≥25.5	2	37	1.5	6568
XCF-24	24	4~24	950	153	≥30.4	2	37	1.5	8000
XCF-38	38	10~38	1050	148	≥34.3	2	75	1.5	11000

Model	Effective volume (m³)	Capacity (m³/min)	Impeller diameter (mm)	Impeller revolutions (r.p.m)	Air pressure of blower (Kpa)	Max of air-infaltion (m³/㎡.min)	Motor power (kw)		Weight of single tank(kg)
Model	Effective volume (m³)	Capacity (m³/min)	Impeller diameter (mm)	Impeller revolutions (r.p.m)	Air pressure of blower (Kpa)	Max of air-infaltion (m³/㎡.min)	For agitating	For scraper	Weight of single tank(kg)
KYF-1	1	0.2~1	340	281	≥12.6	2	4	1.1	826
KYF-2	2	0.4~2	410	247	≥14.7	2	5.5	1.1	1419
KYF-3	3	0.6~3	480	219	≥19.8	2	7.5	1.5	1885
KYF-4	4	1.2~4	550	200	≥19.8	2	11	1.5	2206
KYF-8	8	3~8	630	175	≥21.6	2	15	1.5	4190
KYF-16	16	4~16	740	160	≥25.5	2	30	1.5	6019
KYF-24	24	4~24	800	150	≥30.4	2	30	1.5	7500
KYF-38	38	10~38	880	138	≥34.3	2	55	1.5	10300

KYF (XCF) Type Pneumatic Mechanical Agitating Flotation Machine Structure

1—impeller 2—air distributor; 3—stator; 4—slot body; 5—spindle; 6—bearing body; 7—Air regulating valve

The flotation machine uses a "U"-shaped trough body, a hollow shaft inflating and a suspension stator, in particular, a new type of impeller. This is a conical impeller with a blade that is inclined at an angle. It is similar to a high-speed centrifugal pump wheel. It has a large amount of slurry, low heat, low power consumption and simple structure. A porous cylindrical air distributor is also disposed of in the impeller chamber to allow air to be uniformly dispersed in most of the impeller blades in advance, providing a larger slurry-air contact interface.

During the operation of the flotation machine, as the impeller rotates, the slurry in the tank is sucked from the periphery of the tank from the lower end of the tank to the impeller blade, and at the same time, the low-pressure air fed by the blower passes through the air distributor of the hollow shaft and the impeller. Also entered into it. After the slurry and air are thoroughly mixed between the blades, they are pushed out obliquely from the periphery of the upper half of the impeller, and the stator is stabilized and oriented to enter the entire trough. The bubble rises to the foam stabilization zone, and after the enrichment process, the foam overflows from the overflow weir and enters the foam tank. A part of the slurry flows to the lower part of the impeller and then is stirred by the impeller to remix to form mineralized bubbles, and the remaining slurry flows down to a trough until it finally becomes tailings.