Description:
20Khz 3000w ultrasonic dispersion refers to the technique of dispersing and disassembling particles in liquid thru cavitation, the use of liquid as the medium. Ultrasonic dispersion can be divided into lotion dispersion (liquid-liquid dispersion) and suspension dispersion (solid-liquid dispersion), which have been utilized in many fields. The utility of ultrasonic dispersion in suspension can disperse water or solvents in the paint industry, disperse dyes in molten paraffin, disperse drug particles in the pharmaceutical industry, and disperse in the meals industry, amongst others.
Ultrasonic sonochemistry can be utilized to nearly all chemical reactions, such as extraction and separation, synthesis and degradation, biodiesel production, microbial treatment, degradation of poisonous natural pollutants, biodegradation treatment, organic cell crushing, dispersion and aggregation, etc.
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The Role of Ultrasonic Sonochemistry :
1. Mechanical motion - Introducing ultrasound into a chemical response system, ultrasound can motive resources to endure extreme compelled motion, generate unidirectional pressure to speed up the switch and diffusion of substances, change mechanical stirring, and allow components to peel off from the surface, thereby renewing the interface.
2. Cavitation impact - In some cases, the technology of ultrasonic impact is associated to the cavitation mechanism. Ultrasonic cavitation refers to a sequence of dynamic techniques that show up beneath the motion of ultrasonic waves, such as oscillation, expansion, contraction, and even cave inof tiny bubbles (holes) in the liquid. At the factor of cavitation, the neighborhood nation of the liquid undergoes sizable changes, ensuing in severe excessive temperature and excessive pressure. Provided a new and very distinct bodily and chemical surroundings for chemical reactions that are challenging or not possible to attain below ordinary conditions
3. Catalytic chemical reactions--
① High temperature and excessive stress prerequisites are conducive to the cracking of reactants into free radicals and divalent carbon, forming extra energetic response species;
② Shock waves and micro jets have desorption and cleansing outcomes on strong surfaces (such as catalysts), which can do away with floor response merchandise or intermediates, as properly as passivation layers on catalyst surfaces;
③ Shock waves may additionally harm the structure of reactants;
④ Disperse reactant system;
⑤ Ultrasonic cavitation erodes the steel surface, inflicting deformation of the metallic lattice and the formation of interior pressure zones, thereby improving the chemical reactivity of the metal;
⑥ Promoting the penetration of solvents into the indoors of solids, ensuing in so-called inclusion reactions;
⑦ Improve catalyst dispersion;


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