Lab centrifugal extractor 150L/H

Description Of Lab Centrifugal Extractor

LC-150 centrifugal extractor is suitable for high throughput processing, with a throughput range of 50-800L/h, a speed of 1400-2800rpm, and a motor power of 1.5KW. It is suitable for laboratories and industrial production that require medium processing volume.

The centrifugal extractor is a new, fast and efficient liquid-liquid extraction and separation equipment. It is fundamentally different in working principle from traditional extraction equipment such as mixing and clarifying tanks and extraction towers. The centrifugal extractor uses a motor to drive the drum to rotate at high speed. Two liquids with different densities and immiscible liquids are mixed and mass transferred under the action of the shear force generated by the rotation of the drum or blades, and the high-speed rotation of the drum produces Rapid separation under centrifugal force.


Working principle Of Lab Centrifugal Extractor


1. Mixed mass transfer process
The light and heavy phase solutions enter the mixing chamber from the light phase inlet and heavy phase inlet in a certain proportion, and the mixing and mass transfer process is quickly completed under the action of the stirring paddle.
2. Two-phase separation process
The mixed liquid enters the drum under the action of the static turbine. In the cavity area formed by the web, the mixed liquid quickly rotates synchronously with the drum. Under the action of centrifugal force, the heavy phase liquid with high density gradually moves away during the upward flow process. The center of the drum moves toward the drum wall; the light phase liquid with low density gradually moves away from the drum wall and toward the center. The clarified two-phase liquid finally enters the collection chamber through each channel and flows out along the tangent square, completing the two-phase separation. process.


Features Of Lab Centrifugal Extractor

1. Small space occupied - direct motor drive, no transmission accessories, compact structure, saving floor space and operating space;
2. Strong adaptability - compared with traditional chamber-type and tower-type extraction equipment, the stage retention time is short, phase separation is rapid, and the adaptable flow ratio range is wide; it can meet different densities and different flow ratios by replacing weir plates and frequency control. Viscosity of liquid materials;
3. High extraction efficiency - phase equilibrium is established quickly, making it easy to realize single-stage or multi-stage series counter-current or cross-flow washing and extraction;
4. Good operating performance - fully automatic operation, can run continuously without interruption, and can also be used in small batches and multiple varieties;
5. Low investment cost - the internal volume of the machine is small, and the consumption of extraction agents, solvents or detergents is minimal;
6. Good sealing performance - meets the application environment and GMP specifications for explosion-proof and toxic, harmful and volatile media;
7. Multiple optional configurations - According to different needs, the machine can be equipped with an anti-emulsification device, a cleaning-in-place (CIP) mechanism, a frequency converter, etc.

Specification Of Lab Centrifugal Extractor 
 

Model	Drum Diameter  (mm)	Flux（L/h）	Rotary speed（rpm）	Motor power (KW)	Pipe diameter of inlet and outlet (mm)	Dimension      L*W*H (mm)
LC-20	20	1~10	5000~8000	0.09	Ø10	220×220×600
LC-25	25	1~10	5000~8000	0.09	Ø10	220×220×600
LC-36	36	1~50	2500~3500	0.18	DN15	400×350×800
LC-50	50	1~50	2072~2840	0.25	DN20	350×300×850
LC-60	60	1~70	2072~2840	0.25	DN20	385×300×850
LC-80	80	1~80	2072~2840	0.37	DN20	500×350×1250
LC-100	100	1~100	2072~2840	0.75	DN25	600×600×1350
LC-150	150	50~800	1400~2800	1.5	DN40	600×600×1350
LC-250	250	100~3000	1000~1450	2.2	DN50	750×750×1450
LC-350	350	500~8000	1000~1450	3.0	DN80	950×950×1650
LC-450	450	1000~15000	600~1200	4.0	DN100	1100×1100×1750
LC- 550	550	3000~30000	500~1000	4.0	DN100	1200×1200×1800
LC -650	650	5000~60000	400~960	5.5	DN150	1400×1400×2200

Remarks
1. Equipment materials need to be selected based on the physical and chemical properties of the materials being processed. Commonly used materials include polymer composite fluorine materials, SS304, SS316L, ordinary composite materials, fluorine materials, etc.
2. The mixing flux in the technical parameter table of each model mentioned above is the maximum theoretical flux of the equipment. The actual processing capacity of the equipment depends on the system of the material liquid (such as density, viscosity, emulsification degree, etc.), mass transfer efficiency, and separation effect. etc. are closely related.