Ultrasonic molds are mainly for the role of airspace, with cavitation, accompanied by mechanical effects, thermal effects, chemical effects, biological effects, etc., applied to various industries, the application of mechanical effects mainly in: the increase of interface; and the application of chemical effects Mainly due to the high temperature and high pressure generated during the cavitation process, the polymer is decomposed, chemical bonds are broken, and free radicals are generated. The use of mechanical effects, including adsorption, crystallization, electrochemistry, heterogeneous chemical reactions, filtration, ultrasonic cleaning, etc., the use of chemical effects mainly include organic degradation, polymer chemical reactions, and some other free radical reactions. Ultrasonic cavitation, promote chemical reactions, pulverize suspended solids, make emulsions, kill bacteria, clean machinery and other industries. Among them, ultrasonic cleaning has been widely used.
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