An ultrasonic flow cell reactor is a type of reactor that uses ultrasonic waves to improve the efficiency of chemical reactions. The reactor consists of a flow cell, which is a chamber through which the reactants flow, and one or more ultrasonic transducers that are used to generate high-frequency sound waves.
The ultrasonic waves cause cavitation, the formation and collapse of small bubbles, in the reaction mixture. These bubbles create high-pressure waves and localized heating, which can promote mixing, accelerate reactions, and improve mass transfer.
Ultrasonic flow cell reactors are used in a variety of chemical reactions, including biodiesel production, polymerization, and oxidation. They can be particularly useful in reactions involving viscous or difficult-to-mix liquids, and they can often reduce the amount of energy required to drive a reaction.
✔ ULTRA UFCR 20-150
✔ ULTRA UFCR 20-250
✔ ULTRA UFCR 20-500
✔ ULTRA UFCR 20-750
✔ ULTRA UFCR 20-1000
✔ ULTRA UFCR 20-2000
✔ ULTRA UFCR 20-2500
✔ ULTRA UFCR 20-3000
| Frequency (kHz) | 20 | |||
|---|---|---|---|---|
| Power (Watt) | 150,250,500,750,1000,2000,2500,3000 | |||
| Probe | Design as per the customized application | |||
| Actual Weight | Approx. 22 kg | Approx. 30 kg | ||
| 2 Box | Generator | Flow Cells | ||
| Actual Size (L x W x H) | Approx. (483 X 458 X 238) mm | Approx. (311 X 311 X 703) mm | ||
| Packaging Type and Size | Corrugated Box and Approx. Size (581 X 556 X 336) mm | Corrugated Box and Approx. Size (409 X 409 X 801) mm | ||
| Operational Requirement | ||||
| Input Power Supply | AC 230V 50/60Hz, 16Amp | |||
| CVT / Stabilizers | If the voltage is unstable then use CVT/Stabilizer to avoid damage | |||
❑ More efficient mixing in multiphasic systems.
❑ Enhanced temperature control
❑ Scale-up potential
❑ Better alignment with "green chemistry.
❑ Short extraction time
❑ High extraction rate
❑ More complete extraction
❑ Mild, non-thermal treatment
❑ Easy integration and safe operation
❑ Low cost
❑ Energy-efficient
❑ Green extraction
❑ Environmental-friendly.
❑ Technical Specifications
❑ Emulsification of immiscible components
❑ Homogenization of cosmetic ingredients
❑ Dissolving of solids and powders
❑ Dispersion of nanoparticles into liquid and breaking down the size of particles
❑ In food industry for protein extraction and other food extractions
❑ Extraction of DNA
❑ To accelerate chemical reactions
❑ Lab research purposes
❑ Disrupt cell membranes and release cellular contents
❑ Artificial ageing of liquors and other alcoholic beverages
❑ Study of different parts of soil
Emulsification
Homogenization of cosmetic ingredients
Dissolving of solids and powders
Extraction of DNA
Accelerate chemical reactions
Lab Research
