Degassing Membrane for Biochemical Analyzers

‌Working Principle: 



The degassing membrane module for biochemical analyzers utilizes PTFE hollow fiber membrane technology, with the fibers woven into a columnar structure to ensure a large effective membrane area. This design allows for the rapid and efficient removal of dissolved gases from liquids, achieving degassing effects at the ppb level. The fixed design of the membrane fibers prevents breakage, ensuring the stability of the effluent water quality.




Features of Degassing Membrane for Biochemical Analyzers:




Low Pressure Loss: Optimized design reduces pressure loss during the degassing process, maintaining efficient fluid flow.

Online Degassing: Capable of real-time degassing during liquid flow, enhancing overall production efficiency.

Compact Design: The module has a small footprint, requiring minimal space, making it suitable for various application environments.

High Oxygen Removal Rate: Effectively removes dissolved oxygen from water, ensuring the purity of the water quality.


Super Hydrophobic Membrane Fibers: Utilizes SCINANO-PTFE super hydrophobic hollow fiber membranes for efficient degassing.


Black Housing: Protects sensitive liquids from light exposure and environmental factors, ensuring the integrity of the samples.





Applications:




Biochemical Analyzers: In biochemical analysis, the presence of bubbles in the liquid can affect the accuracy of the instruments. Degassing ensures the stability of samples and safety in use.

Ultra-Pure Water Treatment: Employs degassing membranes to remove dissolved oxygen from water, ensuring high-quality pure water before storage in tanks.