The rhombic vibrating rod type ultrasonic has strong cavitation ability, simple installation and maintenance, stable and reliable performance. It is suitable for high-efficiency ultrasonic cleaning, vacuum ultrasonic cleaning, nano powder treatment, anti scaling and filter aid, acoustic chemistry and other scenarios.

Product features:

◆ strong cleaning force, high power density, uniform sound field distribution, support multi frequency composite, high cleaning efficiency, no dead angle.

◆ high reliability, compact structure, long service life, no attenuation, can work continuously for a long time, and reduce maintenance costs.

◆ energy saving and environmental protection reduce the cleaning temperature, reduce the dosage of chemicals, and real-time circulating filtration to reduce sewage discharge.

◆ convenient installation: flange connection, immersion, side hanging and other installation methods can be combined to perfectly replace the vibration plate.

Principle of ultrasonic vibrating rod: as a physical means and tool, ultrasonic technology can form a series of conditions close to extreme critical when chemical reactions occur. This energy can not only stimulate chemical reactions, accelerate the speed and efficiency of chemical reactions, This is called sonochemistry. Almost all chemical reactions can use sonochemistry as a physical aid, such as extraction and separation, synthesis, biodiesel production, treatment of microorganisms, degradation of toxic organic pollutants, biodegradation treatment, biological cell crushing, dispersion and coagulation, etc. Therefore, the ultrasonic vibrating rod can not only be used to clean objects and peel dirt off the surface of objects, but also promote the further success of scientific research.

The following describes three functions of the ultrasonic vibrating rod.

Ultrasonic dispersion: the process of dispersing and disaggregating the particulate matter in the liquid through the "cavitation" effect of ultrasonic wave in the liquid. Ultrasonic dispersion can be divided into emulsion dispersion, that is, liquid and liquid dispersion; And dispersion of suspension, that is, dispersion of solid and liquid. Its function has been practically practiced and applied in many fields. For example, in the coating and plastic industry, the dispersion of titanium oxide in water or solvent, and the dispersion of dyes in molten paraffin; Dispersion of drug particles in the pharmaceutical industry; And dispersion of powder emulsion in the food industry.

Ultrasonic extraction: ultrasonic extraction and separation is a new scientific and reasonable extraction process designed based on the existing state, polarity and solubility of the active ingredients and the active ingredient groups in the substance, which makes the solvent quickly spread to all corners of the surface of the solid substance, and dissolves the organic components contained in the substance into the solvent as completely as possible to obtain a multi-component mixed extraction liquid, Then, the chemical components in the extraction solution are separated by appropriate separation methods, and then refined and purified. After such a complete process, the final monomer chemical components can be obtained.

Ultrasonic emulsification: ultrasonic emulsification refers to the process of mixing two (or more) immiscible liquids to form a dispersion system under the action of ultrasonic energy, in which one liquid is evenly distributed in the other liquid and then forms an emulsion liquid. The physical mechanism of crushing insoluble solids (or liquids) is the cavitation effect of ultrasound. Ultrasonic cavitation effect refers to that under the action of ultrasonic wave, a large number of bubbles will be generated in the liquid. The small bubbles will gradually increase with the ultrasonic vibration, and then suddenly explode and split. Tens of thousands of small bubbles will increase and burst again and again. During the rapid collapse, high temperature and high pressure will be generated in the bubble, and strong local oscillation waves will be generated in the liquid near the bubble due to the liquid around the bubble rushing into the bubble at high speed, Thus, local high temperature and high pressure are also formed, and ultrasonic pulverization and emulsification are produced.