Application And Structure Of Ultrasonic Homogenizer

Ultrasonic homogenization technology is mainly used in the preparation and production of laboratory samples,including the average quality,emulsification,suspension of various substances,acceleration of chemical reactions,cell crushing and extraction of intracellular content.Using ultrasonic average equipment can selectively destroy certain substances,streamlined and tedious liquid preparation processes,and increase the yield of many reactions.

Application of Ultrasonic Homogenizer:

Ultrasonic is a series of extreme conditions in the medium of chemical reactions using physical technology.This energy can not only stimulate or promote many chemical reactions,accelerate the speed of chemical reactions,but even change the direction of chemical reactions and produce some effects.Ultrasonic average machines can be applied to almost all chemical reactions,such as extraction and separation,synthesis and degradation,biological diesel production,governance microorganisms,degradation of toxic organic pollutants,biodegradable treatment,crushing biological cells,average quality and cohesion The average quality of the material,the emulsification of the liquid material,such as the full mixing of the ink material,so that the main component of the lithium battery can be evenly linked to the liquid medium,and so on.

Industrial-grade ultrasonic average machines are mainly used for large-scale industrial production.Industrial-grade high-power ultrasonic chemical processing equipment has large power,high efficiency,and large radiation area.It is suitable for large-scale industrial production.It has frequency power real-time monitoring,power adjustable,overload alarm function,length of 930mm.Industrial-grade ultrasonic average machines have 95%-99%energy conversion efficiency.

The structure of the ultrasonic average machine:

1.Ultrasonic generator:Convert 50-60Hz to a high-power high-frequency(15kHz-100kHz)power supply to the converter.

2.Transformer:Convert high-frequency electrical energy to mechanical vibration energy.

3.Change bar:connect and fix the transducer and tool head to enlarge the amplitude of the conversion to the tool head.

4.Tool head:transmit mechanical energy and pressure to the work,and also have the function of amplifying amplification.

5.Connecting bolts:Connect the above components closely.

6.Ultrasonic connection:connect the energy converter with the source of the occurrence,and the conveyor energy drives the latter to send power ultrasound energy.