Ultrasonic dispersion

NegotiableUpdate on 12/28

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Nature of the Manufacturer: Producers

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Overview

Ultrasonic dispersion is the process of dispersing and resolving particles in a liquid by utilizing the cavitation effect of ultrasonic waves in the liquid. Ultrasonic dispersion equipment is an efficient liquid dispersion tool that can quickly and uniformly disperse solid materials into liquids. It is suitable for various liquids such as water, oil, etc., and has multiple power and frequency options to choose from.

Product Details

The principle of ultrasonic dispersion is mainly to use the sound wave vibration generated by ultrasonic waves in liquid to achieve particle dispersion. When ultrasound passes through a liquid, it generates a series of compression and expansion waves, which form a stable flow in the liquid. This flow can generate shear forces and vortex flow, and can disrupt particle aggregation and coalescence. Under the action of ultrasound, the forces between particles are replaced by shear forces, causing the particles to disperse in the liquid. In addition, ultrasound can also separate particles from the liquid through the action of vortex flow, thereby achieving particle dispersion.

In the process of ultrasonic dispersion, the vibration energy of ultrasonic waves can generate strong physical and chemical effects, making solid materials evenly dispersed in liquids. Compared to other dispersion methods, ultrasonic dispersion equipment has lower energy consumption and smaller material loss, which can save costs. Ultrasonic dispersion equipment has been widely used in the market, especially in industries such as chemical, pharmaceutical, and food.

The use of ultrasonic dispersion equipment is very flexible and can be customized according to customer needs. Its core function is to generate strong physical and chemical reactions in liquid through the ultrasonic energy generated by high-frequency vibration, thereby making solid materials evenly dispersed. This device can achieve micron level particle dispersion and can be customized according to customer needs.

Ultrasonic dispersion has multiple advantages, including:

Wide application range: Ultrasonic dispersion can be applied to the dispersion of various liquids and solid particles, including water, oil, pigments, drugs, etc.

High efficiency: Ultrasonic dispersion can quickly disperse particles in liquid, improving production efficiency.

Fast response speed: Ultrasonic dispersion can complete particle dispersion in a short period of time, saving time.

High dispersion quality: Ultrasonic dispersion can disperse particles into small particles with narrow size distribution, which can improve the quality and performance of products.

Low dispersion cost: Ultrasonic dispersion does not require the addition of chemical reagents, which can save costs.

Widely applicable: Ultrasonic dispersion can be applied to multiple industries, such as chemical, pharmaceutical, food, etc.

Another important principle of ultrasonic dispersion is the cavitation effect of ultrasonic waves. When the frequency and intensity of ultrasound are high enough, tiny bubbles and eddies will be generated in the liquid. These bubbles and eddies will continuously expand and contract under the pressure of sound waves, and eventually rupture. The rupture of these bubbles and eddies will create local high pressure and high temperature, thereby breaking the tension and viscous force on the liquid surface, making it easier for solid particles to disperse in the liquid.

In general, the principle of ultrasonic dispersion is to use the sound wave vibration and cavitation generated by ultrasonic waves to break the agglomeration of particles and disperse solid particles uniformly in the liquid.