Details:

Ultrasonic continuous recycling nanomaterial dispersion equipment is suitable for various solutions, including high-viscosity solutions. Standard power ranges from 1.0kW to 3.0kW. Particles can be dispersed to the nanoscale. Industrial applications typically mix different liquids or solids with liquids to formulate a variety of products, such as liquid beverages, pharmaceuticals, paints, coatings, detergents, etc. To better mix various substances into solutions, it is necessary to disperse the initially aggregated materials into a dispersion. Ultrasonic cavitation forms countless high-pressure and low-pressure zones in the liquid with 20,000 vibrations per second, causing these zones to collide continuously, generating strong micro-impacts. This produces powerful shear forces that promote polymer disassembly. This system is currently in use in industries such as nanopaints (photovoltaic paints, ceramic paints), graphene, diamond, and cosmetics.

Parameters:

Advantages:

Highly dispersible, suitable field efficiency can be increased by over 200 times.

2. Finer, more dispersed particles with better uniformity and stability.

3. Can disperse materials that traditional mechanical mixers cannot disperse. Suitable for high viscosity materials dispersion.

4. The dispersed particles exhibit strong stability and are unlikely to re-agglomerate.

Application Fields: