Fluoroplastic Wire and Cable: Technological Innovation Promotes Performance Upgrade and Application Expansion

Release time:

2025-12-18

In the field of production technology, fluoroplastic wire and cable is constantly innovating and upgrading. The raw material modification technology has made new breakthroughs, and through the compounding of different fluoropolymer materials, the comprehensive performance of the product has been improved. For example, the combination of PTFE and FEP materials enhances both high-temperature resistance and processing fluidity. In the extrusion process, the introduction of precision extrusion technology and intelligent temperature control systems realizes more accurate control of the insulation layer thickness, with a tolerance range reduced to a smaller level. The conductor processing adopts high-speed stranding technology, which improves production efficiency while ensuring the uniformity of conductor structure. In addition, non-destructive testing technology is widely used in the quality inspection link, which can quickly and accurately detect internal defects of the cable, improving the qualification rate of products.

In terms of performance optimization, fluoroplastic wire and cable has achieved improvements in multiple indicators. Its high-temperature resistance limit has been further raised, and some specially modified products can work stably at 260℃ for a long time, adapting to the extreme working environment of high-temperature industrial equipment. The wear resistance and tear resistance of the insulation layer have also been enhanced, which is suitable for occasions with frequent mechanical friction, such as the internal wiring of mechanical equipment. At the same time, the signal transmission performance of the product has been optimized, with lower signal attenuation, which can meet the transmission requirements of high-frequency signals in communication equipment.

In the expansion of application fields, fluoroplastic wire and cable has gradually entered emerging industries such as 5G communication, semiconductor manufacturing, and aerospace. In 5G base stations, it is used for the wiring of high-power components, adapting to the high-temperature and high-frequency working environment of the base station. In semiconductor factories, it is applied to the internal wiring of precision equipment such as etching machines and ion implanters, due to its corrosion resistance to special chemical reagents. In the field of aerospace, it is used for the wiring of satellite payloads and spacecraft control systems, withstanding the test of vacuum and extreme temperature differences. With the continuous breakthrough of technology, the application boundary of fluoroplastic wire and cable is still expanding.

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