Ink Degassing Membrane Modules

‌Working Principle: 





The ink degassing membrane module utilizes Polytetrafluoroethylene (PTFE) hollow fiber membrane technology to efficiently remove dissolved gases and microbubbles from low surface tension liquids such as ink. As the liquid flows along the outer surface of the membrane, the dissolved gases and bubbles permeate through the micro-pores of the PTFE membrane into the hollow fibers. This ensures the liquid remains free of gas and bubbles without disrupting the flow, improving ink purity and print quality.




Features of Ink Degassing Membrane Modules:




High Degassing Efficiency: Effectively removes dissolved gases, especially in high-flow environments, ensuring bubble-free printing.

Low Pressure Drop: Optimized design minimizes pressure loss during use, ensuring efficient operation of the equipment.

UV-Protection Black Housing: The black housing is designed to protect UV-sensitive inks, extending their shelf life.


No Chemical Leaching: The membrane material is chemically inert, ensuring no contaminants are released into the ink, making it suitable for high-quality applications.

Chemical Cleaning Resistance: The membrane module can withstand chemical cleaning, extending its service life and reducing operational costs.

Modular Design: Compact, modular system suitable for integration into various printing devices and environments.




Applications:




Ceramic Printing: Ensures bubble-free ink in ceramic inkjet printing for accurate and consistent pattern output.

Textile Printing: Suitable for inkjet printing on textiles, improving print quality and production efficiency.


Wide-Format Printing: Ensures smooth ink flow without bubbles in large-format printing, enhancing print quality.

Packaging Printing: Guarantees uniform ink flow in packaging material printing, improving the aesthetic and quality of printed designs.

3D Printing: Used in 3D printing to remove bubbles from the ink, enhancing printing precision and material quality.