Ultrasonic Sonochemistry Equipment

Ultrasonic Suspension Technology Technology Overview Ultrasonic suspension technology utilizes high-frequency ultrasonic waves above 35kHz that reflect and superimpose in air medium, forming standing wave patterns. These waves create stable low-pressure nodes where objects experience upward acoustic radiation force that counteracts gravity, enabling non-contact suspension, capture, and manipulation of small objects. Technical Specifications Parameter Specification Model FSD

Ultrasonic Graphene Dispersion Intelligent Equipment 20Khz Industrial Liquid Sonochemistry Description: Ultrasonic graphene dispersion is a commonly used method, which can effectively disperse graphene and prevent its aggregation through the mechanical action and shear force of ultrasonic waves. Specifically, ultrasound generates powerful sound pressure waves in liquids, and these waveguides cause tiny bubbles in the liquid to rapidly expand and collapse under the action of

Ultrasonic Graphene Dispersion Industrial Production Line -12-in-1 Combination Type Description: Ultrasonic graphene dispersion industrial production line -12-in-1 combination type, which includes advanced ultrasonic processors, mixing tanks, and filtration systems. Ultrasonic graphene dispersion is the use of ultrasonic technology to uniformly disperse graphene powder in a liquid to obtain a stable graphene suspension or solution. Graphene is widely used in various materials

Ultrasonic Sonochemical Industrial Production Line 3-in-1 Combination Type Description: The 3-in-1 combination industrial grade ultrasonic sonochemical production line can generate a series of nearly extreme conditions in the medium of chemical reactions. Energy can not only excite or promote many chemical reactions, accelerate the speed of chemical reactions, but also change the direction of many chemical reactions to produce unexpected effects and effects. The sonochemical

High Power 10KW Three in One Combination Ultrasonic Sonochemical Equipment Description: The combination type pilot machine ultrasonic sonochemical equipment is an experimental device that integrates ultrasonic technology. It can generate a series of nearly extreme conditions in the medium of chemical reactions. Energy can not only excite or promote many chemical reactions, accelerate the speed of chemical reactions, but also change the direction of many chemical reactions to

High Frequency Ultrasonic Ink Dispersion Technology For Chemical Substances Product Specifications Attribute Value Name 20Khz Experimental Liquid Ultrasonic Processing Frequency 20Khz Power 1200w Input Voltage 220V±10%，50/60Hz Emitter Materials Titanium Alloy Emitter Type Focus Type Durable Temperature 0-80℃ Application Ultrasonic extraction, dispersion, emulsification, defoaming, crushing, stirring Product Description High frequency ultrasonic ink dispersion technology is a

Ultrasonic Dispersion Treatment Of Ceramic Powder Materials Description: Ultrasonic dispersion treatment of ceramic powder materials is an efficient technique aimed at improving the dispersion and uniformity of ceramic materials to enhance their performance in subsequent processing and applications. Ceramic powder is mixed with liquid media such as water or organic solvents, and under the action of ultrasound, the powder particles are uniformly dispersed in the liquid,

High Frequency Amplitude Ultrasonic Sonochemical Cavitation Processor 1200w Description: High frequency amplitude ultrasonic sonochemical cavitation processor is caused by cavitation phenomenon. Ultrasound passing through the liquid continuously compresses and expands it. High intensity ultrasound provides the energy required to disperse the liquid phase. When the maximum pressure is reached, liquid rupture occurs at points with weak cohesion. After this rupture, overpressure

Ultrasonic Suspension Fine Dispersion Technology For 20Khz Coating Product Specifications Attribute Value Name 20Khz Experimental Liquid Ultrasonic Processing Frequency 20Khz Power 1200w Input Voltage 220V±10%，50/60Hz Emitter Materials Titanium Alloy Emitter Type Focus Type Durable Temperature 0-80℃ Application Ultrasonic extraction, dispersion, emulsification, defoaming, crushing, stirring Product Description The 20Khz coating ultrasonic suspension fine dispersion technology

Ultrasound Cavitation Sonochemistry Experimental Grade Liquid Treatment Product Specifications Attribute Value Name 20Khz Experimental Liquid Ultrasonic Processing Frequency 20Khz Power 1000w Input Voltage 220V±10%，50/60Hz Emitter Materials Titanium Alloy Emitter Type Focus Type Durable Temperature 0-80℃ Application Ultrasonic extraction, dispersion, emulsification, defoaming, crushing, stirring Product Description Ultrasound Cavitation Sonochemistry Experimental Grade Liquid

High Frequency Ultrasonic Separation And Extraction Technology Product Specifications Attribute Value Name 20Khz Experimental Liquid Ultrasonic Processing Frequency 20Khz Power 1200w Input Voltage 220V±10%，50/60Hz Emitter Materials Titanium Alloy Emitter Type Focus Type Durable Temperature 0-80℃ Application Ultrasonic extraction, dispersion, emulsification, defoaming, crushing, stirring Technology Overview High Frequency Ultrasonic Separation and Extraction Technology

Ultrasonic Non-contact Test Tube Dispersion 20Khz Description: 20Khz ultrasonic non-contact test tube dispersion is a technique that utilizes high-frequency acoustic vibration to disperse or suspend liquid samples. The test tube or container is placed above the ultrasonic generator, and when the generator is working, it will produce high-frequency oscillating sound waves. These high-frequency sound waves will propagate into the liquid sample, generating a large number of tiny

Ultrasonic Cell Disruption Separation And Purification Equipment 40Khz Description: 40Khz ultrasonic cell fragmentation technology utilizes high-frequency ultrasound to generate cavitation effects, i.e. bubbles formed and collapsed in the liquid, which generate shear forces and shock waves on the surface of the cell membrane, ultimately leading to cell membrane rupture. The ultrasonic cell breaker is used for various types of cells, including bacteria, yeast, animal cells,

Biological Ultrasound Plant Cell Fragmentation 20Khz Description: 20Khz ultrasonic cell fragmentation technology is a widely used method for plant cell fragmentation. Ultrasound plant cell fragmentation utilizes high-frequency ultrasound to generate cavitation effects, which involve the formation and collapse of bubbles in the liquid, resulting in shear forces and shock waves on the surface of the cell membrane, ultimately leading to membrane rupture. The crushing effect can

20Khz 1200w Experimental Level Ultrasonic Extraction Equipment Description: The extraction and separation of 20Khz ultrasound is achieved through the rational use of new ultrasonic vibration extraction technology, allowing solvents to quickly enter solid materials. The organic matter contained in its substance should be completely dissolved in the solvent as much as possible to obtain a multi-component mixed extract. Ultrasonic extraction technology enhances the extraction

Ultrasonic Customized Water-Cooled Control Laboratory Sonochemistry Description: Ultrasonic customized water-cooled control laboratory sonochemistry is a research and application of chemical reactions using ultrasonic technology customized according to customer requirements. By exciting chemical reactions with ultrasound, the reaction rate is promoted, and an efficient water cooling system developed by FUNSONIC is equipped to control the temperature of the solution and

Ultrasonic Dental Spore Cell Tissue Disruptor​ Description: Ultrasonic dental spore cell tissue disruptor is a device used for biomedical and cell biology research, mainly for processing and crushing cell tissues, widely used in the fields of biology, medicine, and materials science. The ultrasonic dental spore cell tissue disruptor uses high-frequency vibration of ultrasound to generate tiny bubbles, which form strong shear forces in the liquid, thereby applying strong

Ultrasonic Thermosensitive Compound Extraction Description: Ultrasonic extraction of thermosensitive compounds is usually carried out at lower temperatures, effectively avoiding the problem of easy decomposition or loss of activity of thermosensitive compounds under high temperature conditions. By adjusting the frequency and power of ultrasound, the extraction conditions can be optimized to selectively extract target compounds. Ultrasonic thermosensitive compound extraction

High Frequency Ultrasonic Treatment Technology For Suspension And Dispersion Of Pigment Solid Particles Description: The suspension and dispersion of pigment solid particles using ultrasonic high-frequency treatment technology is an effective method for improving the dispersion and uniformity of pigments in liquid media. This technology is widely used in industries such as coatings and inks, and has significant advantages. The suspension and dispersion of pigment solid

Ultrasonic Apparatus Nanoparticles Dispersion System​ Description: The application of ultrasonic devices in nanoparticle dispersion is becoming increasingly widespread. With fast dispersion speed, ultrasonic devices can effectively disperse nanoparticles uniformly in liquid media in a short period of time without the need for large amounts of chemical additives, greatly reducing the impact on the environment. The ultrasonic device nanoparticle dispersion system is an