Liquids that are in contact with air contain dissolved gases that are not visible, such as nitrogen and oxygen. These gases can cause a number of problems, ranging from manufacturing defects in microchip production to inaccurate medical test results.
DIC Corporation’s SEPAREL® membrane degassing modules remove dissolved gases, such as oxygen and carbon dioxide, from liquids. Passing fluid through a membrane of bundled hollow fibers dissolves impurities such as nitrogen, carbon dioxide, oxygen and other materials, thereby increasing the purity.
Principal applications include electronic components, ink systems, film and coating, medical and analytical devices and anti-static to name a few. Applications for these modules also include solvents.
SEPAREL® hollow-fiber membranes can reduce water vapor passing through surface skin membranes to improve the accuracy of medical analysis results.
SEPAREL® membrane degassing technology can be used in a wide range of applications in the front-end processes of semiconductor chip processing.
SEPAREL® hollow fiber membrane technology delivers unmatched degasification of digital inkjet ink.
SEPAREL® hollow-fiber membranes can reduce water vapor passing through surface skin membranes to improve the accuracy of medical analysis results.
The SEPAREL® membrane degassing module and eFLOW® Series can help reduce stationary charge that builds on a material surface.
