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This year,the government clearly states to develop 6G industries.

If 5G is a broad information highway, 6G is a super-intelligent network with integrated coverage of space, air, ground, and ocean.

4G enabled person-to-person communication, 5G enabled communication between people, machines, and objects, while 6G will move toward full connectivity of people, machines, objects, and intelligent agents. Here, "intelligent agents" refer to entities capable of autonomous learning and decision-making. This marked a new phase in communication technology.

How will be 6G perform ?

1.6G adopts higher frequency bands such as millimeter waves and even terahertz waves, with bandwidth more than ten times that of 5G. 

2.It can connect satellites, UAV, and offshore platforms to achieve high-speed Internet access anywhere.

3.6G base stations integrate communication, imaging, and built-in AI capabilities, providing dedicated neural networks with ultra-low latency and ultra-high reliability for autonomous driving, UAV, and humanoid robots, supporting smarter personalized services and complex scenario applications.

Recently, China officially issued licenses for the use of 6GHz frequency band for 6G trials, becoming the first country in the world to approve 6G trial frequencies. This marks that China’s 6G research and development has officially moved from the theoretical stage to the frequency-measurement and testing phase. As a scarce high-quality resource with large bandwidth in the middle frequency band, the 6GHz band features wide coverage, large capacity, and high reliability. It is also highly compatible with the existing 5G mid-band industrial ecosystem, enabling a low-cost and smooth transition from 5G to 6G, laying a solid foundation for the development of the entire 6G industry chain. 

The rapid development of the 6G industry imposes strict requirements on transmission materials: ultra-low loss, stable wideband performance, high temperature resistance, and ease of mass production. Against this background, fluoropolymer FEP resin, with its unique properties, has become an indispensable core material for 6G high-frequency transmission.

Why FEP Resin?

1.FEP has ultra-low dielectric constant and dielectric loss, with stable electrical performance across wide frequency bands. It is perfectly suitable for high-frequency transmission including 6GHz, millimeter waves, and terahertz waves, effectively reducing signal attenuation and lowering transmission latency.

2.It can operate in a wide temperature range from -200°C to 200°C, and resistant to acids, alkalis, corrosion, flame retardant and low-smoke, meeting harsh environments including base stations, satellites, vehicles industry.

3.FEP resin is melt-processable and easy to process, it is a cost-effective choice among fluoromaterials. 

4.FEP foamed resin can further lower its dielectric constant, work as an optimal insulation solution for 6G high-frequency transmission.

About UFLON

As a developer and manufacturer of fluoropolymers who keeping pace with cutting-edge innovative applications, we actively focus on key material sectors for 6G, specializing in the R&D, production, and application of high-performance FEP resin. We provide reliable, efficient, and scalable material solutions for core scenarios including 6G base stations, satellite communications, high-frequency transmission, and intelligent terminals.

Going forward, UFLON will continue to deepen its commitment, empower the high-quality development of the 6G industry with high-performance FEP resin, we’re devoted to become your reliable fluoropolymer partner in the 6G era.

If you are needing support, welcome contact us today!