
What Is The Structure Of An Ultrasonic Sound Intensity Measuring Instrument? Ultrasonic sound intensity measuring instrument is a kind of equipment specially used for measuring the ultrasonic sound intensity in liquid. The so-called sound intensity is the sound power per unit area, and the size of the sound intensity directly affects the effects of ultrasonic cleaning, ultrasonic emulsification, u...
How Is The Heat Of The Ultrasonic Welding Machine Generated? Ultrasonic welding technology has the advantages of economy, reliability, and easy automation integration, and is a common technology for plastic welding. Unlike traditional heat sources that generate heat in direct contact with plastic, ultrasonic copper connections generate heat by spraying. 1. Amplitude, frequency and wa...
The Working Principle and Cutting Advantages of Ultrasonic Rubber Cutter Rubber is a highly elastic polymer, which has the characteristics of high elasticity, strong toughness and stickiness at high temperature, so it is difficult to process by traditional mechanical cutting. Ultrasonic rubber cutting avoids the shortcomings of traditional mechanical cutting to a certain extent, and can cut rubber...
Why Do Sterilization Processes Require An Ultrasonic Cleaner Cross contamination is a real problem and every precaution must be taken! Proper disinfection of dirty instruments is not possible without an ultrasonic cleaner. If you put a dirty instrument in a sterilizer without cleaning it first, the risk factor is still there because the soil on the surface of the instrument shields bacteria and vi...
How To Choose The Right Ultrasonic Cleaner As the application of ultrasonic cleaners spreads more and more in all fields of society, how to choose a good ultrasonic cleaner has become the primary problem when facing many brand products on the market. A good ultrasonic cleaner needs to have many features and advantages, and the following will mainly cite three obvious aspects to provide some select...
Advanced Ceramics Around You: Piezoelectric Ceramics and Ultrasonic Transducers Piezoelectric ceramics is a polycrystalline material manufactured by artificial roasting and can be used in many fields. It is an information functional ceramic material that can convert mechanical energy and electrical energy into each other. Through the action of an external electric field and external pressure, the ...
Characteristics of Ultrasonic Piezoelectric Ceramics Ultrasonic piezoelectric ceramics are a class of electronic ceramic materials with piezoelectric properties. The main difference from typical piezoelectric quartz crystals that do not contain ferroelectric components is that the crystal phases that make up their main components are all ferroelectric grains Since ceramics are polycrystalline aggr...
Ultrasonic Descaling Technology Of Ultrasonic Sonochemical Equipment Ultrasonic descaling is a process of mechanical vibration propagating in the medium, and the ultrasonic frequency is high. Ultrasonic sonochemical equipment is mainly composed of ultrasonic generators, sound transmission systems and transducers in heat exchanger pipes. Ultrasonic anti-scaling mainly uses the ultrasonic power soun...
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