CyclAFlor® Separator – High-Performance Fluoropolymer Membranes for Advanced Gas Separation
CyclAFlor Separator is an advanced material engineered for next-generation polymeric gas separation membranes. Built on Chromis Technologies’ expertise in amorphous fluoropolymers, it combines exceptional permeability, selectivity, and chemical durability — enabling efficient separation of the most challenging industrial gas mixtures.
Why CyclAFlor Separator?
When it comes to gas separation membranes, performance depends on the system design and the separation material’s chemistry. We developed CyclAFlor Separator specifically for use in membranes for difficult mixed gas separations. Its unique combination of properties include:
- Superior Permeability & Selectivity – Efficient separation of acid gases, CO₂, CH₄, H₂, and high-GWP refrigerants.
- Thermal & Chemical Stability – Maintains performance in aggressive environments, resisting plasticization and chemical attack.
- Thin-Film Capability – High solubility in fluorinated solvents enables formation of ultra-thin yet durable membrane coatings for maximum throughput.
- Processability – For scalable, commercial membrane fabrication.
- Long-Term Reliability – Stable physical properties under elevated temperatures and continuous operation.
Target Applications
- Natural Gas Processing – Remove CO₂ and H₂S to meet fuel and pipeline specifications.
- Hydrogen Purification – Achieve fuel-grade hydrogen or use as a high-octane booster in petrochemical refining.
- Refrigerant Reclamation – Separate azeotropic blends and recover high-value refrigerants for reuse.
- Specialty Industrial Gas Separation – Address unique process challenges with tailored gas separation polymers.
Ready to Push the Limits of Gas Separation?
Whether you’re reclaiming refrigerants, purifying hydrogen, or removing acid gases from natural gas, CyclAFlor Separator gives you the performance edge needed for cleaner, more efficient processes.
If you have a challenging gas separation application, contact us to explore how our fluoropolymer membrane materials can meet your performance, durability, and efficiency goals. We’ll work with you to design the optimal solution for your process.