Experimental centrifuge $r $n high-speed centrifuge: widely used in industrial production of nanomaterials or fine chemicals, biopharmaceuticals, inkjet inks, etc. It is also used as equipment for processes such as antibiotic and yeast reabsorption and transformer oil dehydration.
Experimental centrifuge
GQ75BLHigh speed centrifugeThe body, drum, etc. are all made of stainless steel. Beautiful and simple, easy to clean, in compliance with GMP standards. Its characteristics are small volume and high rotational speed, mainly suitable for small batch intermittent clarification separation operations in the laboratory. The separation factor is as high as 20000, with a minimum particle size of 0.5 microns. The drum has a capacity of 2 liters and a production capacity of 20-100 liters per hour. It is suitable for separating emulsions and clarifying high-speed suspensions. When clarifying the suspension, it is recommended that the solid content of the suspension does not exceed 1% in order to prevent excessive slag discharge. Tube type high-speed centrifuges are widely used in industrial production such as chemical, pharmaceutical, and inkjet ink. They are also used as equipment for processes such as antibiotic and yeast recovery, as well as transformer oil dehydration.
Detailed technical parameters of GQ75 tube centrifuge;
Drum speed |
20000 r/min |
maximum centrifugal force |
17000 R.C.F |
Inner diameter of drum |
Φ75mm |
Effective length of drum |
285 mm |
Solid volume inside the drum |
2 L |
Material import pressure |
>1.5 kg |
Production capacity (water flux) |
20~100 L/h |
Motor power |
1.5 kw |
Overall dimensions |
660×390×1200 mm |
Inlet diameter |
φ12 mm |
Diameter of liquid outlet |
Φ20 mm |
Whole machine weight |
200kg |
High speed tube separatorExperimental centrifuge
1) GQ - liquid-solid separation type; W-finger damping oil-free lubrication system Z-microcomputer control system
2) The actual production capacity of a tube centrifuge depends on the characteristics of the material and the separation requirements.
3) If materials need to be separated at low temperatures, users should be able to choose cooling coils, and the cooling source should be provided by the demander.
4) The separation drum and parts in contact with the material can be customized with 316 stainless steel according to customer needs
5) The feeding system adopts a digital peristaltic pump for feeding, with adjustable flow rate and optional options.