ultrasonic bath for extraction 20khz 2000W

Ultrasound vibrating rod generates radial vibration of rod body through high-power and large-amplitude transducer. Ultrasound is generated uniformly at 360 degrees near the vibrating rod. Its amplitude is between the ultrasonic cleaner and the processor. Therefore, the direction of use is flexible. The ultrasonic vibration rod can be used for cleaning any grooved body and can be placed freely in any position of the groove. The volume space occupied by the ultrasonic vibration rod is very small and it can be used very flexibly. Used in the reactor interior, it can be used to accelerate dissolution, accelerate reaction and prevent scaling on the inner wall, etc.

 

Application Range of Vibrating Bar

1. Ultrasound vibration bar is suitable for cleaning workpieces in various industries, such as precise electronic parts, clock parts, optical glass parts, hardware and machinery parts, jewelry, semiconductor silicon, polyester filter core/spinneret, medical equipment, etc. and cleaning before and after electroplating.

2. Ultrasound vibration bar is suitable for traditional Chinese medicine extraction, cleaning of inner wall of thick-walled metal pipeline, on-line ultrasonic anti-scaling of boiler, ultrasonic cleaning in vacuum/pressure situation, all kinds of pipeline ultrasonic treatment and pipeline acoustic chemical treatment, etc.

3. Ultrasound vibrating rods are widely used in traditional ultrasonic cleaning, biochemistry, food, chemical, pharmaceutical and other industries.

4. In biochemistry, ultrasonic vibration rods have been widely used in emulsification, separation, homogenization, extraction, catalytic reaction and other aspects to improve productivity.

5. In the food industry, the use of ultrasonic vibration rods in uniform mixing plays an important role in homogeneity.

6. In the chemical industry, the ultrasonic vibration rod is suitable for cleaning pipelines, tanks and kettles. In the process of using waste oil and palm oil to extract biodiesel, the catalytic effect of ultrasound is astonishing, the efficiency is increased by more than ten times, and it will have broad prospects for development in the petrochemical industry.