Surfactant Degassing Module

‌Working Principle

The surfactant degassing module uses a unique hollow fiber membrane (SS membrane) to degas liquids. The module operates based on the selective permeation principle of the membrane, separating gas from liquids containing surfactants. As the liquid passes through the micropores of the hollow fiber membrane, the membrane’s dense outer skin layer effectively blocks liquid penetration while allowing gas to pass through, achieving efficient degassing. The presence of surfactants does not significantly affect the membrane’s degassing performance, making it suitable for liquids containing surfactants.








Product Features

Unique Membrane Structure: The specially designed hollow fiber membrane efficiently removes gas from liquids containing surfactants.

Diverse Product Lineup: Offers small-sized and low-pressure-loss models, suitable for various applications.

High-Efficiency Degassing: Supports online processing, enabling continuous degassing with excellent gas removal efficiency.

Space-Saving: Compact structure, ideal for installations in confined spaces, reducing footprint.

Low Pressure Loss: Ensures minimal pressure drop during liquid flow while maintaining efficient degassing.

Easy Cleaning: The module allows reverse flow cleaning, extending equipment lifespan and simplifying maintenance.




Applications


Ink Degassing: Removes air bubbles from printer ink to prevent ink flow issues, ensuring consistent printing quality.

Coating Agent Degassing: Eliminates gas in coatings and surface treatment liquids, preventing defects such as uneven coatings or bubbles, improving coating quality.

Chemical Liquid Treatment: Widely used in the chemical industry for processing liquids containing surfactants, ensuring process stability and product quality.