Industrial grade ultrasonic disperser disperses nano particles, explosion-proof type

Introduction:

Stirring is the process of creating a cycle through a stirrer, allowing gases, liquids, and even suspended particles in a solution to mix evenly. To achieve this goal, it is necessary to use a device with forced convection and uniform mixing, namely a stirrer. By stirring, the reactants are thoroughly mixed and heated evenly, shortening the reaction time and improving the reaction yield. An important application of ultrasonic technology is to disperse and depolymerize solids in liquids for the purpose of stirring. The high shear force generated by cavitation of ultrasound is the driving force source to achieve this goal.

It can be composed of one or more kilowatt ultrasonic processors, effectively providing the ability to transform laboratory applications into industrial production, achieving results comparable to high-pressure mixers, so as to obtain fine dispersed and stirred lotion in continuous flow or batch. The maintenance cost of ultrasonic mixing equipment is very low, and it is easy to operate and clean. The power is adjustable and can adapt to specific products and mixing requirements.

Industrial grade ultrasonic disperser disperses nano particles, explosion-proof type

Principle:

The physical mechanism of stirring liquids is believed to be ultrasonic cavitation. The cavitation effect of ultrasonic waves refers to the generation of a large number of bubbles in a liquid under the action of strong ultrasonic waves. Small bubbles will gradually grow and increase with the vibration of ultrasonic waves, and then suddenly burst and split. The split bubbles will continue to grow and burst. When these small bubbles collapse rapidly, high temperature and high pressure are generated inside the bubbles, and strong micro jets are generated in the liquid near the bubbles due to the high-speed influx of liquid around the bubbles, which also creates local high temperature and high pressure, thus producing a dispersing and stirring effect.

Advantage:

1. Compared with conventional dispersion methods, ultrasonic dispersion technology has high efficiency and short time.

2. Ultrasonic dispersion equipment is simple and cost-effective.

3. Ultrasonic dispersion does not require high temperatures, has good safety, is easy to maintain, has broad-spectrum applicability, and is widely applicable.