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What are the advantages of ultrasonic disperser?
You know what? The signal generator of the ultrasonic disperser generates a high-frequency electrical signal whose frequency is the same as that of the transducer of the ultrasonic impregnation tank. This electrical signal drives a power amplifier composed of power modules after pre amplification...Read more -
What factors affect the effect of ultrasonic nano homogenizer?
The ultrasonic nano homogenizer adopts a stainless steel system, which can effectively separate the surface of the protective sample and the included microbial homogenization sample. The sample is packed in a disposable sterile homogenization bag, does not contact with the instrument, and meets t...Read more -
Ultrasonic dispersion of graphene
The chemical method firstly oxidizes graphite into graphite oxide by oxidation reaction, and increases the layer spacing by introducing oxygen containing functional groups on the carbon atoms between the graphite layers, thereby weakening the interaction between layers. Common oxidation The metho...Read more -
Improving the Stability of Nanoparticles by Ultrasonic Dispersion Technology
Nanoparticles have small particle size, high surface energy and the tendency of spontaneous agglomeration. The existence of agglomeration will greatly affect the advantages of nano powders. Therefore, how to improve the dispersion and stability of nano powders in liquid medium is a very important...Read more -
How does the ultrasonic homogenizer work?
The signal generator of the ultrasonic homogenizer generates a high-frequency electrical signal whose frequency is the same as that of the transducer of the ultrasonic impregnation tank. This electrical signal drives a power amplifier composed of power modules after pre amplification. After power...Read more -
Analysis of the Structure of Ultrasonic Disperser
Ultrasonic disperser plays an important role in the mixing system of industrial equipment, especially in solid-liquid mixing, liquid-liquid mixing, oil-water emulsion, dispersion homogenization, shear grinding. Ultrasonic energy can be used to mix two or more immiscible liquids, one of which is u...Read more -
Applications of the ultrasonic homogenizer
Ultrasonic disperser can be applied to almost all chemical reactions, such as liquid emulsification (coating emulsification, dye emulsification, diesel emulsification, etc.), extraction and separation, synthesis and degradation, biodiesel production, microbial treatment, degradation of toxic orga...Read more -
How does ultrasonic technology remove algae？
Ultrasonic has become a research hotspot in the world due to its production in mass transfer, heat transfer and chemical reaction. With the development and popularization of ultrasonic power equipment, some progress has been made in industrialization in Europe and America. The development of scie...Read more -
Application of ultrasonic alumina disperser
The early application of ultrasonic disperser should be to smash the cell wall with ultrasound to release its contents. Low intensity ultrasound can promote the biochemical reaction process. For example, irradiating the liquid nutrient base with ultrasound can increase the growth speed of algae c...Read more -
Composition and structure of ultrasonic disperser
Ultrasonic disperser plays an important role in the mixing system of industrial equipment, especially in solid-liquid mixing, liquid-liquid mixing, oil-water emulsification, dispersion and homogenization, shear grinding. Ultrasonic energy can be used to mix two or more immiscible liquids, one of ...Read more -
Main applications of ultrasonic liquid treatment equipment
The early application of ultrasound in biochemistry should be to smash the cell wall with ultrasound to release its contents. Subsequent studies have shown that low-intensity ultrasound can promote the biochemical reaction process. For example, ultrasonic irradiation of liquid nutrient base can i...Read more -
Common problems and solutions of ultrasonic homogenizer
1. How does the ultrasonic equipment send ultrasonic waves into our materials? Answer: ultrasonic equipment is to convert electrical energy into mechanical energy through piezoelectric ceramics, and then into sound energy. The energy passes through the transducer, horn and tool head, and then ent...Read more