Another innovation milestone for Chromis — we’ve been granted a Japanese patent for our crosslinked fluorinated polymers — engineered to boost gas separation membrane performance. Read how it works → chromistechnologies.com/blog/patente...

#AdvancedMaterials #GasSeparation #Fluoropolymers

Chromis and @kunewsservice.bsky.social have patented a membrane for commercial azeotropic refrigerant separation. Great example of materials science meeting climate urgency.

Details here → chromistechnologies.com/blog/new-pat...

#RefrigerantRecovery #HVACIndustry #CircularEconomy #ClimateTech

What makes or breaks optical interposers? The waveguide materials that guide light between chips. Silicon and glass dominate today, but amorphous fluoropolymers like CYTOP®, Teflon AF™, and CyclAFlor® may shape their future.

👉 Read Part 2: chromistechnologies.com/blog/optical...

Chips are hitting a traffic jam. 🚦 Optical interposers — tiny “light rails” inside chip packages — could be the breakthrough that keeps computing moving forward. Our two-part series explores what they are and the materials that enable them.

👉 Read Part 1: chromistechnologies.com/blog/optical...

From Droplets to Discoveries

Lab-on-a-chip tech is rewriting drug discovery & diagnostics. But it only works with the right surfaces. See how amorphous fluoropolymers power digital microfluidics..

chromistechnologies.com/blog/how-dig...

#DigitalMicrofluidics #LabOnAChip #BiotechInnovation

How do amorphous fluoropolymers improve EWOD systems?
At Chromis Technologies, our specialty materials enable microfluidics, advanced displays, and adaptive optics.

chromistechnologies.com/blog/the-ele...

#EWOD #Microfluidics #DisplayTechnology #LiquidLenses #Biochips #LabOnAChip #AdaptiveOptics

Learn how amorphous fluoropolymer coatings can alter surface energy for precise wettability control in semiconductors, microfluidics & beyond.

chromistechnologies.com/blog/control...

#SurfaceEngineering #MaterialsScience #PolymerScience #Wettability #FluoropolymerCoatings #Microfluidics

Material surface properties matter in electronics, optics, and other high tech applications. Learn about surface engineering with amorphous fluoropolymers in this introductory article.

🔗 chromistechnologies.com/blog/surface...

Accidental Discovery Spurs Innovation

PTFE (Teflon™) was discovered by chance in 1938, sparking a revolution in fluoropolymer science. Today, amorphous fluoropolymers like CyclAFlor® are shaping high-tech industries.

Read more: chromistechnologies.com/blog/the-his...

Amorphous fluoropolymers (AFPs) offer unparalleled optical clarity, chemical resistance, and thermal stability, making them ideal for next-gen tech applications.

Learn more: chromistechnologies.com/blog/

#fluoropolymers #semiconductors #microfluidics #electronics #optics