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20Khz ultrasonic pigment coating paint dispersing machine
Ultrasonic dispersing is a mechanical process to reduce small particles in a liquid so that they become uniformly small and evenly distributed. When ultrasonic dispersing machines are used as homogenizers, the objective is to reduce small particles in a liquid to improve uniformity and stability. These particles (disperse phase) can be either solids or liquids. A reduction in the mean diameter of the particles increases the number of individual particles. This leads to a reduction of the aver... -
ultrasonic extraction machine for essential oil extracting
Ultrasonic extractors also referred to as ultrasonic emulsifiers, are part of the new wave of extraction science. This innovative method is substantially less costly than other advanced technologies on the market. This has opened up the playing field for small to medium-sized operations to significantly improve their extraction processes. Ultrasonic extraction addresses the extremely problematic fact that cannabinoids, are naturally hydrophobic. Without harsh solvents, it is often dif... -
High efficient ultrasonic essential oil extraction equipment
Hemp ingredients are hydrophobic (not water soluble) molecules.Without irritating solvents, it is often difficult to expel precious cannabinoids from inside the cell. Ultrasonic extraction technology effectively solves this problem. Ultrasonic extraction relies on ultrasonic vibration. The ultrasonic probe inserted into the liquid generates millions of tiny bubbles at a rate of 20,000 times per second. These bubbles then pop out, causing the protective cell wall to completely rupture. After t... -
Ultrasonic cosmetic dispersion emulsification equipment
Ultrasonic equipment can be used in cosmetic are for extraction, dispersion and emulsification. EXTRACTION: The biggest advantage of ultrasonic extraction is the use of green solvent: water. Compared with the strong irritant solvent used in traditional extraction, water extraction has better safety.At the same time, ultrasound can complete the extraction in a low temperature environment, ensuring the biological activity of the extracted components. DISPERSION: The high shear force generated ... -
ultrasonic wax emulsion dispersion mixing equipment
Wax emulsion has a wide range of uses, it can be combined with other materials to improve the performance of materials. Such as: wax emulsion is added to paint to improve the adhesion of paint, wax emulsion is added to cosmetics to improve the waterproof effect of cosmetics.In order to obtain wax emulsions, especially nano-wax emulsions, high-strength shearing force is required. The powerful micro-jet generated by ultrasonic vibration can penetrate the particles to reach the nanometer state, ... -
ultrasonic vegetables fruits plants extraction system
Vegetables, fruits and other plants contain a lot of beneficial active ingredients, such as VC, VE, VB and so on. To get these ingredients, plant cell walls must be broken. Ultrasonic extraction has proven to be the most effective method.The rapid vibration of the ultrasonic probe in the liquid generates powerful micro-jets, which continuously hit the plant cell wall to break it, while the material in the cell wall flows out. Main equipment composition Multifunctional extraction ... -
ultrasonic cosmetics production equipment
Use green solvent: water.
Dipserse the particles into nano particles.
Fully integrate various ingredients and improve the effectiveness of creams. -
Ultrasonic silica dispersion equipment
Silica is a versatile ceramic material. It has electrical insulation, high thermal stability, and wear resistance. It can improve the performance of various materials. For example: Adding silica to the coating can significantly improve the abrasion resistance of the coating. Ultrasonic cavitation produces countless small bubbles. These small bubbles form, grow and burst in several wave bands. This process will produce some extreme local conditions, such as strong shear force and microjet. The... -
Ultrasonic tattoo inks dispersion equipment
Tattoo inks are composed of pigments combined with carriers and are used for tattoos. Tattoo ink can use a variety of colors of tattoo ink, they can be diluted or mixed to produce other colors. In order to get a clear display of tattoo color, it is necessary to disperse the pigment into the ink uniformly and stably. Ultrasonic dispersion of pigments is an effective method. Ultrasonic cavitation produces countless small bubbles. These small bubbles form, grow and burst in several wave bands. T... -
Ultrasonic Graphene Dispersing Equipment
Due to the extraordinary material properties of graphene, such as: strength, hardness, service life, etc. In recent years, graphene has become more and more widely used. In order to incorporate graphene into the composite material and play its role, it must be dispersed into individual nanosheets. The higher the degree of deagglomeration, the more obvious the role of graphene. Ultrasonic vibration overcomes the van der Waals force with a high shear force of 20,000 times per second, thereby pr... -
Ultrasonic nanoemulsions production equipment
Nanoemulsions ( oil emulsion, Liposome emulsion) is increasingly used in medical and healthcare industries. The huge market demand has promoted the development of efficient nanoemulsion manufacturing technology. Ultrasonic nanoemulsion preparation technology has proved to be the best way at present. Ultrasonic cavitation produces countless small bubbles. These small bubbles form, grow and burst in several wave bands. This process will produce some extreme local conditions, such as strong shea... -
Ultrasonic pigments dispersion equipment
Pigments are dispersed into paints, coatings, and inks to provide color. But most of the metal compounds in pigments, such as: TiO2, SiO2, ZrO2, ZnO, CeO2 are insoluble substances. This requires an effective means of dispersion to disperse them into the corresponding medium. Ultrasonic dispersion technology is currently the best dispersion method. Ultrasonic cavitation produces countless high and low pressure zones in the liquid. These high and low pressure zones continuously impact solid par...