Ultrasonic vibrating rods are also called ultrasonic vibrating rods. Compared with traditional ultrasonic vibrating plates, it has the characteristics of wider application range and longer service life. In industrial applications, the use of ultrasonic vibrating rods for cleaning, extraction, chemical reactions, anti-scaling, water treatment, etc., is a very mature and widely used technology.

The ultrasonic vibrating rod uses the alternating period of positive and negative pressure existing in the transmission process of ultrasonic waves. In the positive phase, the medium molecules are squeezed to increase the original density of the medium; in the negative phase, the medium molecules are sparse and discrete, and the medium density Decrease. Ultrasonic vibrating rods can uniformly generate ultrasonic waves around 360°, and the energy output is not affected by load changes such as liquid level and temperature difference. Ultrasonic vibrating rods generally include high-power ultrasonic transducers, horns, and tool heads (transmitting heads). ), used to generate ultrasonic vibration and emit this vibration energy into the liquid. The transducer converts the input electrical energy into mechanical energy, that is, ultrasound. Its manifestation is that the transducer stretches back and forth in the longitudinal direction, and the amplitude is generally a few microns. This amplitude power density is not enough and cannot be used directly. The horn amplifies the amplitude according to the design requirements, isolates the reaction solution and the transducer, and also plays a role in fixing the entire ultrasonic vibration system. The tool head is connected to the horn, the horn transmits the ultrasonic energy vibration to the tool head, and then the ultrasonic energy is emitted into the chemical reaction liquid by the tool head.

Ultrasonic cleaning machine vibrator range:
1. Biological industry: essential oil extraction, Chinese medicine preparation, natural pigment extraction, polysaccharide extraction, flavonoid extraction, alkaloid extraction, polyphenol extraction, organic acid extraction, and oil extraction.
2, laboratory research and application of colleges and universities: chemical stirring logistics, cell crushing, product crushing, material dispersion (suspension preparation) and agglomeration.
3. Chemical industry: ultrasonic emulsification and homogenization, ultrasonic gel liquefaction, resin defoaming, ultrasonic crude oil demulsification.
4. Ultrasonic biodiesel production: Accelerate the transesterification reaction and various chemical reactions in various chemical production.
5. Water treatment industry: Degradation of polluted water quality.
6, food and cosmetics industry: alcoholic alcoholization, cosmetic particles fine, nanoparticle extraction.
7, graphene industry: graphene dispersion, graphene nanoparticles.
8, in some landscape lakes, rivers: ultrasonic shock rods can also be used to kill algae, algae.