CyclaSolv® Perfluorinated Solvents for CyclAFlor® Polymers

Lab glassware containing fluorinated and perfluorinated solvents used as chemically inert fluoropolymer solution diluents.

Engineered specifically for use with CyclAFlor amorphous fluoropolymers, CyclaSolv is our family of high-purity perfluorinated solvents, combining chemical inertness with the performance required for advanced materials processing. CyclaSolv solvents dissolve CyclAFlor resins cleanly and consistently, ensuring optimal solubility, smooth film formation, and reproducible processing results across a range of coating techniques.

Technical Highlights

  • High-Purity Perfluorinated Solvents – designed exclusively for CyclAFlor amorphous fluoropolymers.
  • Exceptional Inertness – chemically stable and non-reactive with polymers, substrates, or additives.
  • Consistent Solubility – enables reliable dissolution of CyclAFlor for films, coatings, and membranes.
  • Uniform Film Formation – supports smooth, defect-free films across a wide thickness range.
  • Process Compatibility – optimized for spin coating, dip coating, and other standard application methods.

Why CyclaSolv?

Pairing CyclaSolv with CyclAFlor ensures customers get the most reliable processing performance possible, with minimal variability and maximum reproducibility. This integrated approach makes it easier to fabricate transparent, chemically resistant, and defect-free films and coatings that meet the high standards of applications in semiconductors, electronics, optics, and clean-energy systems. We recommend using CyclaSolv exclusively to create your own CyclAFlor solutions (from neat polymer) or to change the concentration of our standard solutions.

At Chromis Technologies, we develop not only the polymers but also the supporting materials to help you achieve precise, repeatable results. CyclaSolv solvents are integral to this ecosystem, enabling the full potential of our custom-engineered fluoropolymers.

At Chromis Technologies, we engineer fluoropolymers to do exactly what you want.