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 sound waves, forming intense local flow and eddy currents. The shear force generated by local flow and eddy currents breaks and peels off the aggregates of graphene, causing graphene to disperse into the solution.

Parameters:

Advantage:

1. Uniform dispersion: Ultrasonic waves can effectively break down the aggregates of graphene, making them uniformly dispersed into the solution and obtaining high-quality graphene dispersion solution.

2. Efficient and fast: Ultrasonic treatment has a short processing time and can complete the dispersion process of graphene in a relatively short time, improving work efficiency.

3. Easy to operate: Ultrasonic graphene dispersion does not require complex equipment and operations, only the ultrasonic probe needs to be placed in the graphene solution and processed.

4. No need to add a large amount of chemicals: Compared to other chemical methods, ultrasonic graphene dispersion does not require the addition of a large amount of chemicals, reducing the risk of pollution to the environment and samples.

Ultrasonic Graphene Dispersion Intelligent Equipment 20Khz Industrial Liquid Sonochemistry