Ultrasonic polymer dispersive agitator
Application of ultrasonic polymer material dispersing agitator
The early application of ultrasonic agitator should be to use ultrasonic to crush cell wall and release its contents. Low intensity ultrasound can promote biochemical reactions, such as increasing the growth rate of algae cells by using ultrasound to irradiate the nutrient base of the liquid, thereby increasing the amount of protein produced by these cells by 3 times.
The energy density of the ultrasonic acoustic field is compared with the energy density of the cavitation bubble. The energy density is expanded trillions of times, causing a huge concentration of energy. The acoustic chemistry and the sonoluminescence caused by the extreme high temperature and high pressure of the cavitation bubble are the special forms of energy and material exchange in the acoustic chemistry. Therefore, ultrasonic extraction, biodiesel production, organic synthesis, microorganism treatment, degradation of toxic organic pollutants, chemical reaction speed and yield, catalyst efficiency, biodegradation, ultrasonic scale and scale removal, biological cell comminution, dispersing and coagulation, and harmonic reaction are becoming more and more important. The role.
Under the action of ultrasound, the size of the composite dispersed smaller and the distribution became uniform. The interaction between the matrix and the dispersion increased, and the compatibility increased.
Composition of dispersive agitator for ultrasonic polymer materials
1. numerical control power supply:
2. ultrasonic transducer:
3. connection bolt
4. variable amplitude rod
5. titanium alloy tool head
6.. Power line
Ultrasonic technical parameters:
1. power / generator: power output; 3000W
Frequency; 20KHZ, continuous adjustable
2. can bear temperature: 550-750 degrees centigrade
3. ultrasonic transducer: piezoceramic diameter: 50mm
Output power: 2500W
4. standard launch head: titanium alloy
Diameter: 50mm shape: nine section
5. power supply: 220V, 50HZ/60HZ