The DH-ZS3000W ultrasonic nano material disperser has functions such as constant temperature, temperature control, and optional continuous feeding. It has strong scalability and is also suitable for extracting Chinese herbal medicine, breaking cell and bacterial walls, and dispersing and emulsifying nano chemical materials. It is suitable for small-scale production or providing accurate technical parameters for future industrial production.

The core content of ultrasonic nanotechnology is how to solve the problem of nanoparticle aggregation. Due to the easy aggregation of nanoparticles themselves, it is very difficult to obtain single dispersed nanoparticles. How to evenly disperse nanoparticles into the matrix is the key technology of nanotechnology. Our company's series of ultrasonic products utilize the cavitation effect of ultrasonic waves to disperse and aggregate particles. It is to place the particle suspension (liquid) that needs to be processed into a super strong sound field and treat it with appropriate ultrasonic amplitude. Due to the inherent characteristics of powder particle aggregation, for some powders that are not well dispersed in the medium, an appropriate amount of dispersant can be added to maintain a stable dispersion state, usually reaching tens of nanometers or even smaller This product is particularly effective in dispersing nanomaterials such as carbon nanotubes, graphene, silica, etc., and is currently receiving attention from all parties.

Application scope of ultrasonic nano material disperser

1. Extraction of Chinese herbal medicine

2. Wall breaking of cells and bacteria

Dispersion and emulsification of nano chemical materials

Especially effective for dispersing nanomaterials such as carbon nanotubes, graphene, silica, etc

Precautions before use:

1. Select an appropriate probe based on the sample volume being processed, and replace the probe with a dedicated wrench;

When the AMPLITUDE knob is turned on, the probe should not be exposed to air, and in special circumstances (test probe), it should not exceed 10 seconds;

3. Prepare an ice box before use, and the sample must be placed in an ice bath during processing. The sample concentration should not be too high.