Best Seller Mineral Separator Cyclone,Air Cyclone Separator,Cyclone Supplier

Cyclone

Home > Product > Other equipment > Cyclone

Cyclone

Product description

Fluid cyclone is a common separation and classification device, commonly used Centrifugal sedimentation principle.When the two-phase mixture to be separated is tangentially introduced into the cyclone from a periphery of the cyclone at a certain pressure, a strong three-dimensional elliptical strong rotational shear turbulent motion is generated.Due to the difference in particle size between the coarse particles and the fine particles, they are subjected to centrifugal force, centripetal buoyancy, fluid drag, etc. Due to centrifugal sedimentation, most of the coarse particles are discharged through the bottom opening of the cyclone, and most of the fine particles are The overflow pipe is discharged to achieve the purpose of separation and classification.

Share This Product:

PRODUCT DETAILS
TECHNICAL PARAMETERS
CASE

Application: solid-liquid separation, liquid-liquid separation of non-intermediate media, liquid-liquid-solid separation, gas-liquid-solid three-phase separation

working principle
The basic principle of the cyclone is to separate a two-phase or multi-phase mixture of liquid-liquid, liquid-solid, liquid-gas, etc. with a certain density difference under the action of centrifugal force.The mixture is tangentially introduced into the cyclone at a certain pressure to generate a high-speed rotating flow field in the cylindrical chamber.The dense component of the mixture moves downward in the axial direction under the action of the swirling flow field, moves outward in the radial direction, moves downward along the wall of the cone section, and is discharged from the bottom outlet, thus forming The external vortex flow field; the component with low density moves toward the central axis, and forms an upwardly moving inner vortex at the center of the axis, and then is discharged by the overflow port, thus achieving the purpose of two-phase separation.

Structural features

Dewatering cyclone
The dewatering cyclone is mainly used for dehydration of various mineral slurries.According to different material characteristics, different production and installation environments, different structural design, with the advantages of reduced pressure, large processing capacity and high dehydration efficiency.Applied to a tailings re-selection pulping and dewatering operation, in the case of a feed concentration of 5 - 12%, -200 mesh content of 75%, the average overflow concentration of the cyclone is controlled below 1.5%, which is effective. In the case of dehydration purposes, the loss of useful minerals is avoided.

Desander cyclone
The high-efficiency dehumidification cyclone is mainly used for dephosphurization of various metal ore and non-metal ore pulps, and the proportion and coordination of main components. The high-efficiency desilting cyclone designed and produced has high degumming efficiency and less loss of useful minerals. The advantages of saving user costs and increasing production efficiency.

Deslagging cyclone
It can be used in wet desulfurization, lime pulping, crude oil deslagging, tap water desilting, sewage treatment, etc., which can effectively remove coarse sand, metal and other particulate impurities in the slurry, and has high slag removal efficiency and useful slurry loss. Less advantages.

Concentrated cyclone

High-efficiency concentrated cyclone is often used in combination with thickeners, filters, etc., and is used in various concentrate preparations before filtration, mineral fine grinding flotation, gold slurry cyanidation, etc., and high concentration of tailings. In the operation of transportation, etc., the concentration of the slurry is achieved.

Heavy mediator diameter	Maximum feed granularity	Total flow m3/h	The amount of solid matter in the feed (M3/h)	Maximum overflow		Maximum bottom flow
Heavy mediator diameter	Maximum feed granularity	Total flow m3/h	The amount of solid matter in the feed (M3/h)	Slurry volume (M3/h)	Solid matter (M3/h)	Slurry volume (M3/h)	Solid matter (M3/h)
Standard type
500	33	125	36	104	31	36	14
610	41	196	56	161	48	56	22
710	47	274	78	226	66	78	31
760	51	320	92	264	77	92	37
800	53	359	102	296	85	102	41
900	60	476	136	393	112	136	54
1000	67	640	183	528	150	183	73
1150	77	856	245	706	196	245	98
1250	83	1048	299	864	233	299	120
1300	87	1148	328	947	252	328	131
1500	100	1619	463	1335	338	463	185
Large flow rate
500	42	196	56	162	48	56	22
610	51	306	87	252	74	87	35
710	59	428	122	353	103	122	49
760	63	501	143	413	120	143	57
800	67	560	160	462	133	160	64
900	75	744	213	614	174	213	85
1000	83	956	273	789	224	273	109
1150	96	1338	382	1104	306	382	153
1250	104	1637	468	1350	365	468	187
1300	108	1793	512	1479	394	512	205
1500	125	2529	723	2087	528	723	289
Existing 1150		1090	310	903	250	310	125
*High flow 1150/235		1182	338	975	270	338	135
*High stream 1300/280		1481	423	1222	326	423	169

Note: The above data is based on data obtained at a pressure of 9 times the diameter of the heavy medium cyclone.* indicates the reference index. The Ep reference value of the Φ1150 heavy medium cyclone is about 0.022, and the Ep reference value of the Φ1300 heavy medium cyclone is about 0.018. The sorting effect obtained by using a larger diameter heavy medium cyclone is required. Relatively better.The volume ratio of medium to coal corresponding to the flow rate of solids in the table is 2.5:1, and should be 2.8:1 or 3:1 when actually used.

In the dewatering operation of a silica sand, the overflow concentration of the dewatering cyclone reaches less than 0.5%, and the overflowing is almost unqualified fine mud, achieving the dual effects of dewatering and de-slipping, and the cyclone overflow water After settling, reuse, saving costs.

The tailings species of a silica sand mine accounted for 12.7% of the tailings, the fineness of -325 mesh accounted for 39.3%, and the argillaceous minerals were almost all stored in the -325 mesh class.

Feedback from contact with us