UDTC-F Stranded Wire 0.071mmx250 Silk Covered Copper Litz Wire Manufacturer

High-Frequency and High-Temperature Environments: The insulation layer of natural or synthetic silk exhibits low dielectric loss at high frequencies, making it an ideal material for high-frequency transformers, inductors, and RF coils. Certain high-temperature resistant silk materials, such as glass fiber or aramid fiber, can operate at high temperatures and are suitable for motor and electrical applications

Precision Electronics and Instrumentation: The ultra-thin insulation layer of the silk-insulated wire allows for tight winding, making it ideal for high-precision instruments, sensors, and micro-motors. The silk-insulated layer minimizes interference in the transmission of weak signals, which is crucial for precision measurement circuits.

Special Electromagnetic Properties: Silk-covered wire possesses excellent flexibility and heat resistance, making it suitable for winding induction coils with complex shapes. Historically, silk-covered wire was commonly used in radio coils to reduce high-frequency losses, and it remains applicable in some older or specialized designs today.

Mechanical and Environmental Adaptability: The filament layers provide mechanical protection, making them suitable for applications requiring frequent movement or bending, such as power tools and robot joints. Some synthetic filaments, such as nylon, have oil and solvent resistance, making them ideal for automotive and chemical environments.

Traditional and Special Crafts Fields: Silk-covered wire is often used to repair old equipment such as radios and telegraphs to maintain their authenticity.

Emerging and Interdisciplinary Fields: In aerospace and military applications, lightweight, high-temperature resistant wire-coated conductors are used in specialized motors and navigation equipment. Biocompatible filament materials are also used in the internal wiring of implantable medical devices.