Fluoplus® High-Performance Dielectric Materials: Empowering High-Frequency Communication and Signal Transmission
Case Study
The new generation of information and communication technology is currently in a critical iteration cycle, characterized by the large-scale commercial deployment of 5G and the forward-looking R&D of 6G technologies. The industry is rapidly advancing and evolving toward high-frequency, high-speed, and lightweight solutions. Key challenges in this sector include signal transmission rates, dielectric loss, and dimensional stability.
Leveraging extensive expertise in fluoropolymer modification, Fluoever New Materials (Shanghai) Co., Ltd. has developed the Fluoplus® line of dielectric materials specifically for high-frequency communications. Utilizing precision melt-casting and advanced low-dielectric modification technologies, the company offers four product lines tailored for high-frequency communications: substrates for high-frequency/high-speed transmission, insulation and protection for communication devices, lightweight module packaging, and auxiliary materials for high-frequency antennas. These products are precision-engineered to meet the rigorous operational demands of 5G millimeter-wave and 6G terahertz communications, providing global customers with comprehensive, full-lifecycle solutions—ranging from substrate customization and application-specific adaptation to process optimization and technical enablement.
FEP Foamable Fluoroplastic: The “Hardcore Cornerstone” for Low-Loss Transmission in High-Frequency Communication
Fluoplus® foamable fluoroplastic is a specialized physical foaming material produced by highly dispersing nucleating agents into a base of high-purity FEP or PFA resin.
This material offers advantages such as a low dielectric constant, low dielectric loss, a narrow molecular weight distribution, and rapid gas diffusion. It meets stringent requirements for low-loss RF cables, high-speed extrusion, and uniform cell structure.
PFA Film: The “Solid Foundation” for High-Speed Backplane Transmission in Computing Power
Fluoplus® PFA film is an adhesive-grade film manufactured from high-purity PFA resin through a continuous process—comprising casting and corona treatment—carried out in a Class 10,000 cleanroom.
This film offers advantages such as low intrinsic dielectric loss, high lamination yields, high-temperature resistance, and excellent interfacial compatibility. It meets the processing requirements for high-speed, high-frequency copper-clad laminates, including self-bonding capabilities, dimensional stability, and a wide processing window.
FEP Film: The “Shielding Cornerstone” for Crosstalk Control in High-Speed Wire Harnesses
Fluoplus® FEP film is manufactured from high-purity FEP fluororesin in a Class 10,000 cleanroom, processed via casting and slitting into narrow-width wrapping tape.
This film offers stable impedance, low dielectric loss, high temperature resistance, low friction, excellent flexibility, and precise dimensions. It meets the requirements for mass production and long-term service in high-speed computing cables, millimeter-wave communication wire harnesses, and high-frequency wiring for aerospace and automotive applications.
Fluoplus: Your Trusted Expert in Smart Manufacturing of Fluoropolymer Films
As a specialized manufacturer deeply rooted in the field of high-performance fluoropolymer and engineering plastic films, Fluoever New Material (Shanghai) Co., Ltd. integrates superior quality, customized development, and low-carbon, eco-friendly principles into the production of every roll of film.
The company operates specialized production lines for high-precision cast extrusion, precision slitting, and surface modification. Benchmarking against specifications for RF materials and top-tier quality control standards for high-speed data center cabling, we strictly control key metrics for the Fluoplus® series of fluoropolymer films, including thickness tolerance, dielectric consistency, dimensional stability across temperature extremes, and cleanliness regarding low outgassing. Whether addressing requirements for high-speed differential pair wrapping (pitch-locking and crosstalk prevention) in AI servers, thermal bonding and copper lamination standards for millimeter-wave phased-array antenna substrates, or long-life signal transmission protection for LEO satellite RF harnesses and precision RF test cables operating in extreme thermal cycling and vacuum radiation environments, our expert R&D team provides tailored solutions—including customized thickness specifications, surface activation, and modifications for creep resistance and aging durability—specifically designed for high-frequency communication applications.
If you are developing next-generation high-speed data center copper cable harnesses, millimeter-wave RF copper-clad laminate substrates, flexible circuit substrates for automotive 4D radar, or spacer-free dielectric materials, we invite you to partner with Fuyuan New Materials. Together, leveraging our core fluoropolymer material technology, we can expand the application boundaries and development horizons of the high-frequency, high-speed communication industry.
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