Ultrasonic Liquid Processor

3000W Continues Ultrasonic liquid processor

Description:

Ultrasonic liquid processor causes ultrasonic cavitation of liquids under high-intensity ultrasonic waves. It can be seen as a cloud of air bubbles forming near the ultrasonic probe. Cavitation produces violent, asymmetrical implosion of vacuum bubbles, resulting in microjets with mechanical shear forces. These forces enable ultrasound to drive many physical and chemical processes forward. The ultrasonic energy acting on the medium will cause high-speed and fine vibration of the mass block, resulting in changes in speed, additional sound pressure, sound intensity and other mechanical quantities, which play the role of extraction, pulverization, emulsification, dispersion, and defoaming.

Features of Ultrasonic liquid processor

Under certain conditions, ultrasonic technology can produce "water-in-oil" and "oil -in-water" emulsions. Ultrasonic emulsification equipment makes the emulsification process more convenient and flexible. Ultrasonic emulsification requires little or no emulsifier to obtain a stable emulsion. After ultrasonic treatment, the emulsion can maintain stability for several months or more than half a year. The local shock wave generated by the closure of cavitation bubbles can crush the particles in the liquid and make them finer; make the crystallization uniform.

Using the pressure and high-temperature effects of ultrasonic vibration and cavitation, molecules can be induced to interpenetrate between two liquids, two solids, or liquid-solid or liquid-gas interfaces, resulting in more efficient formation of new material properties. Ultrasonic liquid processing equipment can perform operations such as ultrasonic extraction, ultrasonic cell disruption, ultrasonic emulsification, and ultrasonic graphene dispersion.

Parameter:

The following sonochemical effects can be observed during chemical reactions and processes:

   1. Improve the reaction speed;

   2. Increase the response output;

   3. More efficient use of energy;

   4. Performance improvement of phase transfer catalyst;

   5. Avoid phase transfer catalysts;

   6. Activation of metals and solids;

   7. Increase the reactivity of reagents or catalysts;

   8. Improve particle synthesis;

   9. Nanoparticle coating;

   10. Sonochemical conversion reaction pathways.

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