3000W 2000W Titanium Probe Ultrasonic Sonochemistry System Customized Sizes

Customized Sizes 3000W 2000W Ultrasonic Sonochemistry System Ultrasonic Horn Titanium Probe

Specification:

Introduction:

Ultrasonic homogenization uses the cavitation and other physical effects of ultrasound in the liquid to achieve homogenization. Physical action refers to the fact that ultrasonic waves can effectively agitate and flow in the liquid to destroy the structure of the medium and smash the particles in the liquid. The main reason is that the collision between liquids, microphase flow and shock waves cause the surface morphology of the particles to change.
Cavitation means that under the action of ultrasonic waves, the liquid produces cavities, namely small bubbles, in places where the strength is weak. The small bubbles pulsate with the ultrasound, and the cavities will collapse within one sound cycle. Ultrasonic cavitation also produces a strong mechanical effect, which produces fast jets or acoustic impulses near the solid interface, and produces powerful shock waves in the liquid.

Characteristics:

1. Ultrasound probe is imported titanium alloy material, durable

2. Energy-efficient transducer to ensure a strong effect

3. Amplitude automatic adjustment, the load situation of the different amplitude consistent

4. Working hours, ultrasound can set the interval

5. Microcomputer control, ultrasonic power continuously adjustable

6. Integrated sample temperature control to prevent overheating

7. Speakers are separated by a special sound insulation, sound insulation

Applications:

1. Disruption of cells, bacteria and tissues
2. Adjustment of ribosome
3. Cutting of actinomycetes and fungal threads
4. Acceleration of a chemical reaction
5. Extraction of special components by disruption of tissue fragments,
6. Emulsification and dispersion in samples (a mixture of liquids such as water-oil, water-silver, etc.), and Insatiable Pursuit of High Grade Design for More Efficient Energy Conversion can achieve a high energy conversion efficiency which generates almost no heat. A unique circuit and a structure adopted in the design to minimize the power loss can control heat generation of the converter which may disturb the oscillation effect of ultrasonic waves and have adverse influence on the sample.