The ultrasonic industrial homogenizer, thanks to its flow-through design and the increased cross-section of the waveguide and pipes, is capable of processing almost any volume of liquid.
| Ultrasound frequency, kHz | 30 |
| The waveguide material | titanium |
| Rated power of the generator, W | 1400 |
| Voltage, V | 220/50 Hz |
If you need equipment parameters that are not available on the website, please contact us. We are ready to design and manufacture power ultrasound equipment of any modification.
Do not buy an ultrasonic equipment until you receive our offer
The waveguide oscillation amplitude is 100 microns, which allows you to obtain unattainable results in seconds.
Acceleration of chemical processes by hundreds and thousands of times. Save time and reduce costs.
Obtaining the quality of the final product, previously unattainable by traditional mechanical methods.
It is designed exactly according to the technological process of the customer. The exact speed and performance is determined on a case-by-case basis. Flow models make it possible to obtain a stable emulsion from liquids that are difficult to mix, to achieve nanoscale dispersion, and to reduce the time of chemical processes many times over.
A cascade of multiple homogenizers further increases the flow rate and capacity of the equipment. In addition to homogenizers, we design turnkey lines with tanks, mixers and a programmable control panel.
The key difference between our ultrasonic homogenizers is the waveguide oscillation amplitude of 100 microns. Only thanks high amplitude it is possible to get over results in seconds. For example, obtain particle sizes in emulsions of up to 10 nanometers.
You will create a product with characteristics unattainable by other processing methods. The quality and efficiency of your products cannot be copied while maintaining the same price. Typically, such technologies are kept in the strictest confidence, and even we, as manufacturers, often sign a non-disclosure document, to whom and for what production needs the equipment was manufactured.
Acceleration of chemical reactions hundreds of times due to cavitation and acoustic flows
Reducing the time of technological processes at times
Obtaining the quality of the finished product unattainable by traditional methods
Low power consumption of ultrasonic equipment significantly reduces costs
Intermolecular mixing of liquids that are not otherwise miscible
Easily integrated into the current process
https://youtu.be/rGWjDkAA0S8
| Ultrasound frequency, kHz | 30 |
| The waveguide material | titanium |
| Rated power of the generator, W | 1400 |
| Voltage, V | 220/50 Hz |
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