Accelerated chemical reaction ultrasonic disperser

Product Introduction of Accelerated Chemical Reaction Ultrasonic Dispersant: Ultrasonic waves exceed the frequency range that can be heard by the human ear. When ultrasound propagates in liquid media, it produces a series of effects such as mechanics, thermodynamics, optics, electricity, and chemistry through mechanical, cavitation, and thermal interactions. It can be applied to most chemical reactions, such as extraction and separation, synthesis and degradation, biodiesel production, wastewater treatment, cell pulverization, dispersion and coagulation, extraction of bio nanomaterials, and so on.

principle：

Ultrasonic waves are high-frequency sound waves with frequencies higher than the human auditory range, typically above 20kHz. The generation of ultrasonic waves mainly relies on the piezoelectric effect, which converts electrical signals into mechanical vibrations through piezoelectric crystals (such as piezoelectric ceramics), thereby generating ultrasonic waves. Ultrasonic waves have excellent directionality, penetration, and scattering ability when propagating in a medium, which makes them widely used in multiple fields.

Ultrasonic liquid processing equipment utilizes the cavitation effect of ultrasound, which means that when ultrasound propagates in liquid, small cavities are generated inside the liquid due to the intense vibration of liquid particles. These small cavities rapidly expand and close, causing violent collisions between liquid particles, resulting in pressures ranging from thousands to tens of thousands of atmospheres. The micro jet generated by the intense interaction between particles will cause a series of reactions such as particle refinement, cell breakage, disintegration and aggregation, and mutual fusion of materials, thus playing a good role in dispersion, homogenization, stirring, emulsification, extraction, etc.

Accelerated chemical reaction ultrasonic disperserRelated introductions: