Innovative Ultrasonic Homogenizer Sonicator from Hanstyle: Leading Labs into the Future
Introduction:
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Ultrasonic homogenizer through ultrasonic cavitation reaction to achieve ultrasonic dispersion, emulsification, crushing and other tasks. The vibration of the tool head of the ultrasonic homogenizer is very rapid, causing bubbles in the surrounding solution to form and collapse rapidly, tearing cells and particles.Ultrasound is now widely used in industrial production, including making emulsions, dispersing nanoparticles and reducing the size of particles in suspension. The "cavitation" effect of ultrasonic wave in liquid forms local high temperature, high pressure or strong shock wave and micro jet, which propagates in the form of standing wave in the suspended body, causing the particles to be periodically stretched and compressed. The combination of these actions leads to the destruction of the agglomerate structure in the system, the enlargement of the particle gap and the formation of separate particles. |
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Application:
Reaction Acceleration: cavitation accelerates chemical and physical reactions. Fine Particle
Dispersion: nanoparticle processing etc.
Disruption and Cell Lysing: will break open biological tissues and cells to extract enzymes and DNA, prepare vaccines. This technology provides a method forultrasonically lysing cells and spores in a liquid flowing continuously or intermittently through a cylindrical reactor.
Homogenization: making uniform mixtures of liquids or liquid suspensions.
Emulsification: processing foods, pharmaceuticals, and cosmetics.
Dissolution: dissolving solids in solvents.
Degassing: removing gases from solutions without heat or vacuum.
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Demonstration Of The Working Performance:
Specifications:
|
Model |
H-UH20-1000S |
H-UH20-1000 |
H-UH20-2000 |
H-UH20-3000 |
H-UH20-3000Z |
|
Frequency |
20KHz |
20KHz |
20KHz |
20KHz |
20KHz |
|
Power |
1000 W |
1000 W |
2000W |
3000W |
3000 W |
|
Voltage |
220V |
220V |
220V |
220V |
220V |
|
Pressure |
Normal |
Normal |
35 MPa |
35 MPa |
35 MPa |
|
Intensity of sound |
>10 W/cm² |
>10 W/cm² |
>40 W/cm² |
>60 W/cm² |
>60 W/cm² |
|
Material of probe |
Titanium Alloy |
Titanium Alloy |
Titanium Alloy |
Titanium Alloy |
Titanium Alloy |
|
Generator |
Digital type |
Digital type |
Digital type |
Digital type |
Digital type |
Advantage:
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- Increase the extraction rate of the extracted components and shorten the extraction time
- Reduce energy consumption and improve economic efficiency
- No heating is required during the extraction process, suitable for the extraction of heat-sensitive substances
- Compared with the traditional mixing and ball milling process, the operation cost per unit capacity can be greatly reduced. It is especially suitable for industrial production.
- For liquid-liquid mixture, the chemical reaction speed can be increased, the amount of additives can be reduced, and the fully mixed solution is not suitable for stratification for a long time.
- For the solid-liquid mixture, the easily agglomerated nanoparticles can be opened in a short time, and the dispersed ultrafine particles are not easy to agglomerate again.

- Comments From Clients:

Payment & Shipping:
| Minimum Order Quantity | Price(USD) | Packaging Details | Supply Ability | Delivery Port |
| 1 Piece | 1300~2800 | normal export packaging | 50000pcs | Shanghai |


Our Ultrasonic Homogenizer Sonicator is the epitome of high efficiency. Specifically crafted for laboratory use, it has proven itself indispensable for numerous dispersing, mixing, and extraction experiments. With its advanced technology, it ensures a smoother and more efficient lab operation, streamlining the experimental process while enhancing accuracy and reliability of results. This product embodies our commitment to delivering cutting-edge, dependable, and superior quality products for your laboratory needs. Experience a leap in your laboratory's production and efficiency with Hanstyle's Ultrasonic Homogenizer Sonicator. This sophisticated equipment, designed to meet the specific needs of modern laboratories, represents the future of sonochemistry, paving the way for more productive and efficient experimental procedures.



