40kHz Ultrasonic Aglae Transducer for Anti-Pollution Protection and Algal Water Device
China 40kHz Ultrasonic Aglae Transducer for Anti-Pollution Protection and Algal Water Device, Find details about China Ultrasonic Algae Transducer, Ultrasonic Cleaning Transducer from 40kHz Ultrasonic Aglae Transducer for Anti-Pollution Protection and Algal Water Device
Basic Info.
Model NO.
PLS-QSZ60
Power
60W
Usage
Vegetable Washing Machine
Funtion
High Efficiency Cleaning
Application
Ultrasonic Cleaning Machine
Keyword
Ultrasonic Algae Transducer
Item Name
Ultrasonic Transducer
Trademark
PULISONIC
Transport Package
Carton or Wooden Box
Specification
980g
Origin
Foshan, China
HS Code
8543709990
Model NO.
PLS-QSZ60
Power
60W
Usage
Vegetable Washing Machine
Funtion
High Efficiency Cleaning
Application
Ultrasonic Cleaning Machine
Keyword
Ultrasonic Algae Transducer
Item Name
Ultrasonic Transducer
Trademark
PULISONIC
Transport Package
Carton or Wooden Box
Specification
980g
Origin
Foshan, China
HS Code
8543709990
Product Desciption
The principle of ultrasonic algae removal instrument is as follows
Ultrasonic wave is a kind of elastic mechanical wave in physical medium. It is a kind of physical energy form with the characteristics of aggregation, orientation, reflection and transmission. Ultrasonic can produce mechanical effect, thermal effect, cavitation effect, pyrolysis and free radical effect, acoustic flow effect, mass transfer effect and thixotropy effect in water. Ultrasonic algae removal technology mainly uses mechanical and cavitation effects to produce algae fragmentation, growth inhibition and other effects. Ultrasonic wave can cause the alternating compression and extension of particles in the propagation, which can break the cell of algae and break the chemical bond in material molecules through mechanical action, thermal effect and acoustic flow. At the same time, cavitation can make the microbubbles in the liquid expand rapidly and then close suddenly, resulting in shock wave and jet, which can destroy the structure and configuration of physical biofilm and nucleus. Because there are air sacs in algal cells, the air sacs are broken under the action of cavitation effect, which results in the loss of the ability to control the floating of algae cells. The water vapor entering the cavitation bubbles generates OH radicals at high temperature and high pressure, which can be oxidized with hydrophilic and non volatile organic matters and cavitation bubbles on the gas-liquid interface; while hydrophobic and volatile organic substances can enter the cavitation bubble for similar purposes Pyrolysis reaction of combustion. Ultrasound can also change the binding state of biological tissues through thixotropic effect, resulting in cell fluid thinning and cytoplasmic precipitation.
Ultrasonic wave is a kind of elastic mechanical wave in physical medium. It is a kind of physical energy form with the characteristics of aggregation, orientation, reflection and transmission. Ultrasonic can produce mechanical effect, thermal effect, cavitation effect, pyrolysis and free radical effect, acoustic flow effect, mass transfer effect and thixotropy effect in water. Ultrasonic algae removal technology mainly uses mechanical and cavitation effects to produce algae fragmentation, growth inhibition and other effects. Ultrasonic wave can cause the alternating compression and extension of particles in the propagation, which can break the cell of algae and break the chemical bond in material molecules through mechanical action, thermal effect and acoustic flow. At the same time, cavitation can make the microbubbles in the liquid expand rapidly and then close suddenly, resulting in shock wave and jet, which can destroy the structure and configuration of physical biofilm and nucleus. Because there are air sacs in algal cells, the air sacs are broken under the action of cavitation effect, which results in the loss of the ability to control the floating of algae cells. The water vapor entering the cavitation bubbles generates OH radicals at high temperature and high pressure, which can be oxidized with hydrophilic and non volatile organic matters and cavitation bubbles on the gas-liquid interface; while hydrophobic and volatile organic substances can enter the cavitation bubble for similar purposes Pyrolysis reaction of combustion. Ultrasound can also change the binding state of biological tissues through thixotropic effect, resulting in cell fluid thinning and cytoplasmic precipitation.
| Model | Frequency | Power | Radiation range(meter) |
| PLS-QSZ60 | 28KHz,40KHz | 60W | 0-30 |
| PLS-QSZ100 | 28KHz,40KHz | 100W | 0-50 |
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