What Is The Difference Between Ultrasonic Emulsification Disperser And Ultrasonic Extractor?

The ultrasonic emulsification disperser has directly immersed the horn of the high-power ultrasonic transducer into the reaction liquid so that the sound energy directly enters the reaction system without being transmitted through the reactor wall of the cleaning tank. It is to convert electrical energy into sound energy through a transducer. This energy is transformed into dense small bubbles through the liquid medium. These small bubbles burst quickly to generate the same energy, thereby breaking cells and other substances.

Ultrasonic emulsification disperser is mainly used for emulsification and micro-emulsification of oil and water or other materials in petroleum and chemical processes, and can also be used for liquid treatment in light industry, nanomaterials, food, and medicine.

Strong scalability

(1) Optional cooling water circulation device, which forms a cooling water circulation system with the double-layer glass reaction kettle, realizes accurate temperature control at any temperature point in the range of -5-100 °C and effectively avoids the damage of sample tissue caused by excessive temperature. , which is more convenient and accurate than traditional ice bath cooling.

(2) Optional magnetic stirrer. The emulsification rate of the treated sample can be improved by stirring, and the treatment effect is better.

The difference between ultrasonic emulsification disperser and ultrasonic extractor

Both uses make use of the cavitation of ultrasonic waves in liquids. The principle is not too mysterious or too complicated. Simply put, it converts electrical energy into sound energy through ultrasonic transducers, and this energy passes through the liquid medium and becomes a These small bubbles burst quickly, thus playing the role of emulsification, dispersion, and extraction, and can also play the role of particle refinement in this process.

It is generally used for ultrasonic emulsification with high sound intensity (power) requirements and is generally used for extraction with a relatively small relative sound intensity (power). The extraction process is actually the process of breaking the material cells. Just a slight difference.

The working principle of the emulsifying disperser is to make the fineness of the material evenly distributed by emulsification, mixing, and dispersion of the material, and to make the product meet the requirements of emulsification and dispersion in a short time through the powerful high-speed shearing function.