Chemical Solvent Degassing Membrane Modules

‌Working Principle: 





The chemical solvent degassing membrane module utilizes PTFE hollow fiber membranes to efficiently remove dissolved gases from chemical solvents. As the solvent flows along the outer surface of the membrane fibers, the dissolved gases pass through the membrane walls into the inner fibers and are expelled through a vacuum outlet. With excellent chemical stability and high porosity, the module ensures a high flow rate and precise degassing efficiency without releasing contaminants, making it suitable for degassing various organic solvents. Its design minimizes downtime and improves production efficiency.






Features of Chemical Solvent Degassing Membrane Modules:





Outstanding Gel Filtration Performance: Effectively removes gels and micro-bubbles from chemical solvents, ensuring high purity of the solvents.

High Flow Rate and Precision: The high porosity membrane fiber structure allows solvents to pass through at high flow rates while ensuring precise degassing.

Strong Chemical Stability: PTFE membrane fibers exhibit excellent chemical stability and compatibility, resisting corrosion from various organic solvents and ensuring long-term reliable operation.


Ultra-Clean with No Leaching: The module undergoes ultra-clean treatment, guaranteeing no secondary contamination to degassed solvents, meeting the requirements of high-precision processes.

100% Integrity Testing: Each module undergoes strict integrity testing before leaving the factory, ensuring its filtration and degassing performance meets customer needs.

High-Efficiency Degassing Rate: Utilizing advanced membrane materials and design, the module rapidly removes dissolved gases, enhancing production efficiency.