Defoaming machine
Continuously remove bubbles in the liquid that cause defects in the product under vacuum conditions.
● Continuous Degassing Method It can be connected inline and allows for continuous degassing operation in a sealed environment. ● One Unit Multi-Effect Achieves various effects such as thin film effect, miniaturization effect, crushing effect, and degassing effect all in one unit. ● Excellent QC Can remove fine bubbles, enabling high-quality management and efficient production. ● Wide Viscosity Range Compatibility Design can be tailored to production equipment for low to high viscosity. *Compatible with both continuous and batch methods. We respond to diverse needs with experience and proven results. ● Cleanability All welded parts of stainless steel can be electropolished, improving the cleanability of the vessel interior. ● Excellent Maintainability The top cover can be opened and closed smoothly, making maintenance inside the tank easy.
basic information
Principle of Defoaming Action STEP 1: The processing liquid introduced into the vessel under vacuum through the inlet is sent to the center of the lower rotor, where it is thinned into a film and defoamed due to centrifugal force. STEP 2: The processing liquid is further subdivided by passing through the punching plate of the lower rotor, and then through the screen of the upper rotor, enhancing the defoaming effect. STEP 3: The processing liquid that passes through the screen collides with the inner wall of the vessel, increasing the crushing effect, and by flowing in a thin film on the inner wall of the vessel, fine bubbles are completely defoamed.
Price information
The price varies depending on customer specifications, so please feel free to contact us.
Delivery Time
Applications/Examples of results
【Examples of Use】 Continuous degassing of bubbles in liquids ranging from low viscosity to high viscosity in various products such as pharmaceuticals, cosmetics, food, and fine chemicals. ● Reduction of production time through continuous processes and labor-saving ● Removal of bubbles ● Prevention of oxidation through deoxygenation ● Stabilization of products and improvement of quality ● Deodorization ● Solvent removal (solvent recovery) ● Removal of residual monomers ● Improvement of color tone ● Improvement of filling loss, etc. 【Examples of Continuous Degassing Systems】 ● Inline continuous degassing treatment can be performed under vacuum. ● Continuous processing achieves energy savings and space efficiency. ● Excellent cleanability, compatible with CIP/SIP. ● Processing is conducted in a closed system, preventing foreign matter from contaminating the processing liquid from the outside.
