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Main Purposes of blood separator
The blood separator is one kind of tubular separator. This machine is the improved one on the base of the original separator and through experiment again and again. This kind of machine can be extensively used in separating blood plasma and cell of pig, cow, sheep and chicken etc.
The main feature of it is the high yield and the rate of broken blood cell can be reduced to the lowest extent. The contact part between the separator and material is made of stainless steel which can meet the requirement of GMP in medicine making industry.
It is high speed separator. It has better separation. The separator is consisted of main body, driving device, bowl collecting pan and liquid-in bearing seats. The upper of the bowl is flexible main shaft and the lower of it is damp floating. The main shaft is connected with a driven wheel by the coupling seat with the buffer. The power is transmitted to the driven wheel by the motor through the transmission belt and the tensioner to make the bowl rotate around its axis at an over speed and form a strong centrifugal force field. The product sprays into the liquid inlet from the bottom and liquid is forced to flow upward along the inner wall of the bowl and then is separated into different layers according to different density.
GFXY model is a separating equipment where there the liquid phase of large density is formed into outer ring and the liquid phase of small density is shaped into inner ring, to flow to the top of bowl, to be discharged out from their respective liquid outlets.
The micro solids settle on the wall of the bowl and are to be manually dumped after the machine is shut down.
GFXY: It is used for separating various emulsion, especially adaptable for liquid-liquid separation with slight gravity difference and liquid-liquid-solid separation with a little foreign matter, such as separation of various oil and micro powder, extract liquid from plants, separation of plasma and cell.
| Item | GFX105 | GFX112 | |
Drum | ID(mm) | 105 | 112 |
| Height (mm) | 730 | 730 | |
| Sedimentation volume(L) | 6 | 7 | |
| Max speed(r/min) | 16300 | 15000 | |
| Max separation factor | 15620 | 15700 | |
| Inlet nozzle diameter (mm) | 4/6/8 | 4/6/8 | |
| Material inlet pressure (Mpa) | >=0.05 | >=0.05 | |
| Capacity of fresh blood(L/H) | 400-500 | 500-600 | |
| Motor model | 3 phase two pole motor | 3 phase two pole motor | |
| Motor power (kw) | 2.2 | 3.0 | |
| Machine dimension (mm) | 600*1000*1600 | 900*550*160 | |
| Machine weight (kg) | 510 | 550 | |
The tubular centrifuge is composed of sliding bearing assembly, drum assembly, liquid collecting plate assembly, machine head assembly, body, etc. The power of the motor is transmitted to the belt pulley and the main shaft on the machine head through the belt and pressure pulley, so as to drive the drum to rotate around its own axis at high speed, forming a strong centrifugal force field on the inner wall of the drum. The material is injected into the drum through the bottom feed port, and under the strong centrifugal force, the material liquid is forced to move in layers. The light liquid is in the center of the drum, flows to the upper part of the drum, and is recovered through the liquid collecting tray; the heavy solid is thrown on the inner wall of the drum, and is manually discharged after shutdown.
