Ultrasonic Liquid Mixing or Blending

Ultrasonic stirrer includes reaction kettle, tool head, ultrasonic transducer and ultrasonic generator. Traditional tank mixers can only mix miscible liquids with similar viscosities, but liquids with different viscosities or more viscous liquids may require high mechanical shearing force to quickly and completely mix. However, the use of ultrasonic stirring can easily mix two or more liquids. Ultrasound can accelerate the chemical reaction of the liquid under the action of the cavitation effect and promote the effect of uniform mixing and stirring.

Mechanical stirring only has the effect of uniform mixing and dispersion. In some applications, we can see that ultrasonic stirring is also added to mechanical stirring. We only need to select the appropriate stirring rate, add ultrasound, and adjust the ultrasonic power to find out After the appropriate power and amplitude, fix the ultrasonic power, reduce the stirring speed, and find the appropriate point, which can achieve the effect of multiplying the effort with half the effort, saving time and increasing efficiency.

Features

1. The ultrasonic system has multiple protections and is easy to operate

2. Using closed-loop ultrasonic system, stable power output, strong anti-interference ability

3. Ultrasonic energy conversion rate is as high as 85%, which can effectively improve output and quality

4. The upgrade of ultrasonic mixing/blending equipment can be completed without changing the customer's existing production equipment and process flow

5. The plan can be tailored according to customer requirements, and multiple sets can be used in combination to increase the radiation area and increase the output

Industry Application:

Biological industry: petroleum, natural plants, polysaccharides, flavonoids, alkaloids, polyphenols, organic acid oils extraction

Laboratory applications: cell disruption, material dispersion (suspension making) and coagulation.

Chemical industry: textile process and dyeing process, batik process, defoaming.

Water treatment: Pollution of water quality, vibrating algae and marine organisms in the manufacturing industry.

Graphene: Graphene particles, graphene nanoparticles produce.

Food and cosmetics industry: wine aging, cosmetics particles refined