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Titanium Ultrasonic Probe 20Khz 3000w For Defoaming Food Process
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|Horn Material||Titanium||Horn Size||Customized|
3000w Ultrasonic Probe,
Titanium Ultrasonic Probe,
Titanium 20khz Ultrasonic Horn
20Khz 3000w Ultrasonic Titanium Probe For Ultrasonic Defoaming Food Process
20Khz Ultrasonic vibrator for Ultrasonic defoaming equipment on Dish soap
|Frequency||20±0.5 KHz||20±0.5 KHz||15±0.5 KHz||20±0.5 KHz|
|Power||1000 W||2000 W||3000 W||3000 W|
|Temperature||300 ℃||300 ℃||300 ℃||300 ℃|
|Pressure||35 MPa||35 MPa||35 MPa||35 MPa|
|Intensity of sound||20 W/cm²||40 W/cm²||60 W/cm²||60 W/cm²|
|Max Capacity||10 L/Min||15 L/Min||20 L/Min||20 L/Min|
Ultrasound has a wide range of applications. As waves, there are ultrasonic detection technology and measurement technology; applications that convert waves into energy include ultrasound
Wave atomization, ultrasonic cleaning, ultrasonic welding, ultrasonic grinding, ultrasonic cutting, etc. Ultrasonic defoaming is just one of the applications.
Ultrasonic defoaming means that the ultrasonic vibration propagates into the liquid, which will produce cavitation in the liquid. Due to the cavitation, impact will be produced.
In order to make the gas dissolved in the liquid crush and break away. The effect of ultrasound for a period of time can completely remove the gas bubbles in the liquid.
In front of the sonotrode the ultrasound technology generates a phenomenon of acoustic wind without causing any acoustic overpressure : the focusing of the acoustic waves generated by the sonotrode causes a pressure field to spring up at a few cm distance from it, enough to explode the foam bubbles created during the filling operation.
Industrial processes have traditionally control foam through mechanical devices, decreasing tank temperature or adding chemical additives. However, these procedures have the following limitations:
Product losses due to waste.
Production delays and stops.
Obstruction of channels and valves.
Flooding of air filters.
However, high power ultrasonic defoaming systems have proven to be very effective using high power ultrasounds to disperse and control the foam. The creation of an ultrasonic static wave in the air generates nodes and anti-nodes.
The nodes attract matter and so the foam bubbles which implode as a result of the compression forces generated.