Glass substrate coated with low-refractive index optical polymer, used in photonic devices for light transmission and reflection control

High-Performance Fluoropolymers for Electronics, Optics, and Photonics Devices

CyclAFlor® amorphous fluoropolymers deliver unmatched performance in electronic, optical, and photonic systems thanks to their low dielectric constants, outstanding optical clarity from DUV to NIR, thermal stability, and chemical resistance. These electro-optical polymers are engineered to meet the stringent demands of high-frequency circuits, optical interconnects, and next-gen photonic systems.

Low-k Dielectrics for Electronics Devices

As low dielectric fluoropolymers for electronics, CyclAFlor materials reduce parasitic capacitance and improve signal integrity in high-speed circuits. They’re ideal as interlayer dielectrics in advanced ICs, etalon films, and as insulating films in high-frequency RF and telecommunications hardware.

Photonic Polymers for Integrated Optics and Communication

CyclAFlor materials function as high-performance photonic polymers in optical communication and sensing applications, enhancing light transmission while minimizing signal loss. Their low refractive index and optical transparency make them ideal for use in optical and sensing fibers, optical waveguides and interposers, and photonic integrated circuits (PICs).

Protective Coatings and Encapsulation for Longevity

Used as functional coatings, CyclAFlor specialty polymers can extend the life of sensitive components by protecting against moisture, corrosive chemicals, and extreme heat. In UV LED encapsulation, their low refractive index minimizes reflection losses, increasing light extraction efficiency – vital for sterilization, purification, and industrial UV applications.

Applications Across Industries

CyclAFlor supports a wide range of optical and electronic applications, including:

  • photonic polymers in sensing applications
  • active optical cables in data centers and consumer electronics
  • automotive ADAS systems
  • polymer photonics for biomedical imaging and environmental sensing

Interested in how the unique properties of CyclAFlor amorphous fluoropolymers can improve the performance, reliability, and efficiency of your electronics, optics, or photonics applications? Let’s talk.