It contributes to solving the problem of bubbles by degassing dissolved gases in the liquid in a short time.
By using a combination of vacuum and ultrasonic waves, dissolved gases in the solution can be degassed in a short time. It can be used for degassing, bubble removal, oxidation prevention, liquid impregnation, dispersion, foaming, and cleaning of fine holes.
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basic information
By irradiating ultrasonic waves in a vacuum atmosphere, dissolved gases in the solution are aggregated and bubble formation occurs. Additionally, the upward movement of bubbles is facilitated by the straight flow generated by the ultrasonic waves, leading to degassing. Due to the convection effect, the liquid comes into contact with the vacuum atmosphere, resulting in an efficient degassing effect. We manufacture standard products in a 10L size for production, as well as large custom products tailored to specific applications.
Price information
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Applications/Examples of results
- Deaeration of ink - Deaeration of low-viscosity adhesive - Deaeration of culture medium - Liquid impregnation
Company information
Chiyoda Electric Corporation's products and technologies are utilized at the forefront of various fields, ranging from medical and scientific sectors to semiconductor manufacturing, electronics, food, biochemical, and automotive industries. In manufacturing processes that require ultra-precision, in measurement and testing processes that demand a clean and refined environment, and in the realm of advanced control technology, we develop and manufacture the most suitable technologies and products to meet each customer's needs, delivering them under an excellent quality management system. We believe that our mission is to invest our comprehensive manufacturing technologies into the development of new products that will lead the next generation and to deliver our best efforts.
![Degassing device (for water and chemicals) [Demo units available for rental]](https://image.mono.ipros.com/public/product/image/624/2000510649/IPROS06324527750776961250.jpeg?w=280&h=280)
