Characteristics and Applications of flexible fluorpolymer cable
Flexible fluorpolymer cable is a type of cable that uses fluoropolymers (such as ETFE, FEP, PFA, etc.) as insulation materials. It has excellent wear resistance, chemical resistance, mild resistance, and low loss characteristics, and is suitable for data and signal transmission in high-frequency, high-temperature, and harsh environments. Flexible Fluoropolymer Cable has the following characteristics and applications:
Structure and size: Flexible Fluoropolymer cables are usually designed in cylindrical or flat shapes, with various models and specifications available for selection according to different application requirements. The insulation layer of Flexible Fluoropolymer Cable is relatively thin, which can save space and weight, improve flexibility and reliability. The shielding layer of Flexible Fluoropolymer Cable usually adopts spiral winding or weaving methods, which can provide a shielding effect of up to 100dB or more, preventing electromagnetic interference and noise.
Physical and chemical properties: The insulating material of Flexible Fluoropolymer Cable has excellent physical and chemical properties. It can maintain stable electrical performance in the temperature range of - 190 ° C to+260 ° C, and is not affected by humidity, ultraviolet light, ozone, grease, solvents and other factors. It has good anti-aging and corrosion resistance. The insulation material of Flexible Fluoropolymer Cable also has environmental characteristics such as low smoke and zero halogen, and will not produce toxic or harmful gases in the event of fire or short circuit.
Electrical performance: Flexible Fluoropolymer Cable has electrical properties such as low loss, low dielectric constant, and low dielectric loss angle tangent, which can provide efficient and high-quality signal transmission in the high-frequency range. Flexible Fluoropolymer Cable also has electrical properties such as high insulation resistance, high breakdown voltage, and high dielectric strength, ensuring safe and stable power supply in high-voltage environments. The Flexible Fluoropolymer Cable also has good impedance control ability, which can maintain a constant impedance value within the range of 50 ohms ± 1 ohms, avoiding signal reflection and distortion.
Application field: Flexible Fluoropolymer Cable is widely used in data centers, communication/networks, healthcare, aerospace and other fields, providing high-speed, high-precision, and highly reliable data and signal transmission solutions. Flexible Fluoropolymer Cable can also be used in fields such as microwave, radio frequency, radar, etc., providing characteristics such as low loss, low noise, and low phase change. Flexible Fluoropolymer Cable can also be used in testing, measurement, instrumentation, and other fields, providing features such as flexibility, easy connection, and easy terminal processing.
In summary, Flexible Fluoropolymer Cable is a cable with multiple advantages and wide applications, which can meet the needs of different industries and scenarios. It is a high-performance, high-quality, and high-efficiency cable product.
Structure and size: Flexible Fluoropolymer cables are usually designed in cylindrical or flat shapes, with various models and specifications available for selection according to different application requirements. The insulation layer of Flexible Fluoropolymer Cable is relatively thin, which can save space and weight, improve flexibility and reliability. The shielding layer of Flexible Fluoropolymer Cable usually adopts spiral winding or weaving methods, which can provide a shielding effect of up to 100dB or more, preventing electromagnetic interference and noise.
Physical and chemical properties: The insulating material of Flexible Fluoropolymer Cable has excellent physical and chemical properties. It can maintain stable electrical performance in the temperature range of - 190 ° C to+260 ° C, and is not affected by humidity, ultraviolet light, ozone, grease, solvents and other factors. It has good anti-aging and corrosion resistance. The insulation material of Flexible Fluoropolymer Cable also has environmental characteristics such as low smoke and zero halogen, and will not produce toxic or harmful gases in the event of fire or short circuit.
Electrical performance: Flexible Fluoropolymer Cable has electrical properties such as low loss, low dielectric constant, and low dielectric loss angle tangent, which can provide efficient and high-quality signal transmission in the high-frequency range. Flexible Fluoropolymer Cable also has electrical properties such as high insulation resistance, high breakdown voltage, and high dielectric strength, ensuring safe and stable power supply in high-voltage environments. The Flexible Fluoropolymer Cable also has good impedance control ability, which can maintain a constant impedance value within the range of 50 ohms ± 1 ohms, avoiding signal reflection and distortion.
Application field: Flexible Fluoropolymer Cable is widely used in data centers, communication/networks, healthcare, aerospace and other fields, providing high-speed, high-precision, and highly reliable data and signal transmission solutions. Flexible Fluoropolymer Cable can also be used in fields such as microwave, radio frequency, radar, etc., providing characteristics such as low loss, low noise, and low phase change. Flexible Fluoropolymer Cable can also be used in testing, measurement, instrumentation, and other fields, providing features such as flexibility, easy connection, and easy terminal processing.
In summary, Flexible Fluoropolymer Cable is a cable with multiple advantages and wide applications, which can meet the needs of different industries and scenarios. It is a high-performance, high-quality, and high-efficiency cable product.