Automatic Ozone Ultrasonic Vegetable Bubble Washing Machine Food Processor Ts-X300

Automatic Ozone Ultrasonic Vegetable Bubble Washing Machine Food Processor Ts-X300

Graphene is a versatile nanomaterial with a wide range of chemical, environmental, medical, industrial, and electronical applications by means of its remarkable thermal conductivity .

Product Details

We will further increase our product research and development efforts, adopt new equipment and new processes, and improve the technical content of our Ultrasonic Dispersion Equipment For Graphene Preparation, cannabis extraction machine, Cold water mushroom extraction. Good performance and good reputation have made us a listed company that has received much attention and respect in the Chinese securities market. We will continue to make every effort to seize the opportunity and grasp the current good momentum of industry development.

 

What effected the ultrasonic dispersion particles size?

Ultrasonic power:
The ultrasonic power decided the capacity, commonly, higher power, the bigger dealing capacity.
we can adjust the ultrasonic power from 30 to 100% of the units’ effective power. This allows researchers to develop optimum nanoparticle dispersion procedures.
Some models of ultrasonic cleaners offer what is a “pulse” mode. A pulse mode can be useful in dispersing certain nanoparticles.

Ultrasonic frequency:

This determines the size of cavitation bubbles to break up aggregated particles. Higher frequencies produce smaller bubbles and gentler cavitation. so the frequency is the key point for the particle size. if you wanna get nano particle, we suggest you use high frequency ultrasonic. but higher frequency always with lower power, so the capacity is limited. For industry application , we will recommend you combine both frequency, contact RPS-SONIC , to get customized program, solve your producing problem on ultrasonic dispersion.

Temperature control:

Ultrasonic nanoparticle de-agglomeration produces heat which may not be desirable when dispersing nanoparticles. For example, a continually operating unit can raise liquid temperature as high as 60⁰C depending on the model. If heat is detrimental to nanoparticle dispersion consider using ice water in the tank or fitting the unit with a cooling coil.

 

Parameter:

Model/Data

Sono-20-1000

Sono-20-2000

Sono-20-3000

Sono-15-3000

Frequency

20±0.5 KHz

20±0.5 KHz

20±0.5 KHz

15±0.5 KHz

Power

1000W

2000W

3000W

3000W

Voltage

110/220V

Temperature

300℃

Pressure

35 MPa

Intensity of sound

20 W/cm²

40 W/cm²

60 W/cm²

60 W/cm²

Max Capacity

10 L/Min

15 L/Min

20 L/Min

20 L/Min

Horn Material

Titanium

 

 

 

Application

• Dispersing (mixed powder suspension)
• Deagglomerating

• Extraction
• Wet milling and particle sieving
• Cell disruption (lysis) and extraction
• Particle size reduction
• Particle synthesis and precipitation
• Surface functionalization

• Preparation of nanomaterials
• Catalytic reactions
• Sonochemical synthesis reactions
• Analytical areas of the application
• Emulsification (mixed immiscible liquids)
• Homogenization

Ultrasonic homogenizer

We hope to gradually develop into a leading and advantageous enterprise of high-end Automatic Ozone Ultrasonic Vegetable Bubble Washing Machine Food Processor Ts-X300 and become a strong enterprise with excellent performance in terms of enterprise scale and competitive ability. Our company has always implemented the 'integrity-based' management philosophy, with high-quality products, reasonable prices, good service by the majority of users. From product management to capital management, we have formed a unique and efficient business.

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