The ultrasonic vibrating rod is a radial vibration of the rod body through a transducer with high power and large amplitude, and the ultrasonic wave is uniformly generated at 360° near the vibrating rod, and its amplitude is between the ultrasonic cleaner and the processor, so the direction of use is more flexible. The ultrasonic vibrator can be used for cleaning in any tank, and can be freely placed in any position in the cleaning tank, while occupying a small volume space, which can be used very flexibly. It is used in the inside of the reactor, which can be used to accelerate dissolution, accelerate the reaction and prevent fouling on the inner wall.

The ultrasonic vibrating rod uses the positive and negative pressure alternating period existing in the transmission process of ultrasonic waves, and in the positive phase, the medium molecules are extruded and the original density of the medium is increased, and in the negative phase, the medium molecules are sparse and discrete, and the density of the medium decreases. Ultrasonic vibrator can produce ultrasonic waves uniformly around 360°, and the output of energy is not affected by load changes such as liquid level and temperature difference, ultrasonic vibrators generally include high-power ultrasonic transducers, luffing rods, tool heads (transmitters), which are used to generate ultrasonic vibrations and emit this vibration energy into the liquid. The transducer converts the input electrical energy into mechanical energy, i.e., ultrasonic. It is manifested in the longitudinal telescopic movement of the transducer, and the amplitude is generally a few microns. Such amplitude power density is not enough and cannot be used directly. The amplitude changer is designed to amplify the amplitude to isolate the reaction solution and the transducer, and also to fix the entire ultrasonic vibration system. The tool head is connected to the luffing rod, which transmits the ultrasonic energy vibration to the tool head, which then emits the ultrasonic energy into the chemical reaction liquid.

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●Cavitation is generated around the vibrating rod, and the ultrasonic energy is very evenly distributed around the tank or cylinder, so as to achieve the best cleaning effect.

●The power output of the ultrasonic vibrator is not affected by the load changes such as liquid level, tank capacity and temperature difference, and the power output is stable and uniform.

●The service life of the ultrasonic vibrating rod is more than 1.5 times that of the traditional ultrasonic vibrating plate.

●The round tube design can easily install the vibrating rod in any position in the tank.

● Guaranteed to be completely sealed and waterproof.

-Ultrasonic vibrator is suitable for workpiece cleaning in various industries, such as precision electronic parts, watch parts, optical glass parts, hardware and machinery parts, jewelry, semiconductor silicon wafers, polyester filters/spinnerets, medical equipment, etc., as well as cleaning before and after electroplating of parts. -Ultrasonic vibrating rod is suitable for traditional Chinese medicine extraction, cleaning of the inner wall of thick-walled metal pipes, on-line ultrasonic anti-scaling of boilers, ultrasonic cleaning in vacuum/pressure occasions, various pipeline ultrasonic treatment and pipeline sonochemical treatment. -Ultrasonic vibrators are widely used in traditional ultrasonic cleaning, biochemistry, food, chemical, pharmaceutical and other industries. - In biochemistry, ultrasonic vibrators are widely used in emulsification, separation, homogenization, extraction, catalytic reactions, etc., to increase production capacity; - In the food industry, ultrasonic vibrators are used for uniform stirring and play a role that cannot be underestimated in homogenization; - In the chemical industry, ultrasonic vibrators are suitable for cleaning pipes, tanks and kettles. In the process of refining biodiesel from waste oil and palm oil, the catalytic effect of ultrasound is very amazing, and the efficiency is increased by more than ten times, which will have broad prospects for development in the petrochemical industry.