The application range of ultrasonic cell crushers is becoming more and more extensive, and a variety of novel ultrasonic cell crushers that have been continuously improved and improved are replacing old-fashioned equipment that has been on the market.
In the past 10 years, the ultrasonic cell crusher is developing in two aspects. One is that various types of multi-cylinder or transmission chain or lifting ultrasonic cell crusher production lines have been put on the market; the second is the development of low-frequency ultrasonic cell crushers to high-frequency ultrasonic cell crushers. In the U.S., Japan, Europe and Asia-Pacific markets, the total amount of multi-cylinder ultrasonic cell crushers has shown a significant increase, up to 50% of the total, and multi-station semi-automatic, fully automatic transmission chain or lifting ultrasonic cells The crusher has also risen to more than 40% of the total. The ultrasonic cell crusher mainly has mechanical effects (such as the vibration displacement, velocity, acceleration, sound pressure and other mechanical variables of the sound transmission medium), thermal effect and cavity effect.
The application of ultrasonic cell crusher in my country has achieved good results. There are hundreds of manufacturers of various types of ultrasonic cell crushers in my country, but their distribution is mainly concentrated in the southeast coastal area. According to statistics, manufacturers in coastal areas account for 85% of the country’s total. It can be seen that the application of ultrasonic cell crushers in economically developed areas is not only first, but also widespread and popular. At the same time, this proves that ultrasonic cell crushers are in the central and western regions. The prospect of popularization is very broad. As far as the product level is concerned, compared with the products of the 1970s and 1980s, the technological progress of contemporary products is also very obvious. For most chemical reactions, the reaction speed of the ultrasonic cell crusher increases with the increase of sound intensity. However, the strength of the ultrasonic cell crusher is greatly affected by the temperature of the medium. Studies have shown that as the temperature of the liquid increases, the effect of sound intensity decreases significantly, and the cavity effect that occurs in the ultrasonic cell crusher in 50 ℃ water is the largest.
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