Ultrasonic focused probe sonochemical treatment system

'Sonochemistry mainly refers to an emerging interdisciplinary subject that uses ultrasonic waves to accelerate chemical reactions and improve chemical yields.
' Ultrasonic waves refer to sound waves with a frequency of Hz ~ Hz, which exceeds the hearing frequency range of the human ear. When ultrasonic waves propagate in liquid media, they produce a series of mechanical, thermal, optical, electrical and chemical effects through mechanical action, cavitation and thermal effects. Especially high-power ultrasonic waves will produce strong cavitation, thereby forming instantaneous high temperature, high pressure, vacuum and micro-jet locally.
'Through these effects, the application of ultrasonic waves to chemical reactions can increase the rate of chemical reactions, shorten reaction times, improve reaction selectivity, and stimulate chemical reactions that cannot occur in the absence of ultrasonic waves
.
Due to its unique reaction characteristics, sonochemistry has received widespread attention and is one of the most important and active research fields such as synthetic chemistry.
'Biochemistry/>
' As a physical means and tool, ultrasonic technology can produce a series of near-extreme conditions in the medium of chemical reactions. This energy can not only stimulate or promote many chemical reactions , speed up chemical reactions, and even change the direction of some chemical reactions, producing some unexpected effects and miracles. This is sonochemistry. Sonochemistry can be applied to almost all chemical reactions, such as extraction and separation, synthesis and degradation, biodiesel production, microbial control, degradation of toxic organic pollutants, biodegradation treatment, biological cell crushing, dispersion and condensation, etc.
' Another outstanding advantage of ultrasonic technology is that it has no moving parts, no electromagnetic radiation, and is very simple to install and fix. It is especially suitable for applications in high-pressure, high-temperature, toxic, and explosive environments.
' The ultrasonic sonochemical treatment system consists of three major parts: ultrasonic vibration components, ultrasonic dedicated driving power supply and reaction kettle
: Ultrasonic vibration components mainly include ultrasonic transducers, horns, and tool heads
(transmitting head
), the picture below is the vibration component
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' Typical technical parameters
' Model
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Operating frequency
z
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z
z
Maximum power




Processing capacity/h




Suitable for
laboratory
production lines, can be more Combination use
Reactor
, stainless steel
Allowable pressure
Maximum
Allowable temperature
Maximum ℃
'Other frequencies, powers and structures are Special requirements can be customized.
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' Workshop production
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Packaging
d />< br/> ' Our Services
', Free Testing
', Application for reference only
, Research and Development
, Engineering and Design
, Repair and Maintenance< br/>, training
, after-sales service
'
' The company has always planned every step of the company with the business philosophy of exploration, development, integrity and grandeur, the quality policy of quality first and customer first. An inch of footprint.
' If necessary, welcome to consult
' Contact number:/
' Or QQ: Mr. Chen