Ultrasonic Crushing And Extraction Of Vibrating Rods

Ultrasonic pulverization and extraction of vibrating rods is a form of work that involves energy collection and dispersion. The energy conversion from the ultrasonic generator to the ultrasonic transducer converts electrical energy into mechanical energy, which is a form of energy collection. The ultrasonic transducer then transmits the energy through the amplitude converter and tool head, converting it into liquid dispersion and propagation, thus achieving a common ultrasonic function of pulverization and extraction.
Ultrasonic crushing and extraction of vibrating rods is a proprietary physical property of ultrasound in my opinion. The core is to use the fast mechanical vibration generated by voltage transducers to reduce the force between the target extract and the sample matrix in my opinion, in order to achieve solid-liquid extraction separation. Ultrasonic grinding and extraction of vibrating rods can be used for appropriate stirring, which can then promote the mixture or faster dispersion and homogenization. It is necessary to promote chemical changes and can indeed be used for the separation and emulsification of four phase solutions. Ultrasonic grinding and extraction of vibrating rods are applied to various industries, such as nanomaterials, paints and pigments, food and beverages, cosmetics, chemicals, and fuels. Improve production capacity in areas such as emulsification, separation, homogenization, extraction, catalytic reactions, etc.