This technology relates to composite-structured conductive yarn, fabric manufactured using it, and a method for manufacturing composite-structured conductive yarn. Specifically, it is a manufacturing technology for composite-structured conductive yarn with durability and signal transmission capabilities.
Conventional technologies faced limitations in existing conductive yarn manufacturing methods, such as reduced elasticity and conductivity, necessitating the provision of composite-structured conductive yarn with improved durability and signal transmission characteristics. Accordingly, this technology proposes a configuration that includes a composite-structured conductive yarn comprising a yarn that incorporates plied yarn and covered yarn, with the covered yarn being enveloped by the plied yarn.
Accordingly, this technology can improve the durability and signal transmission characteristics of conductive yarn while minimizing noise caused by movement in fabrics manufactured using these yarns. It has application value in the fields of apparel, textiles, healthcare, pharmaceuticals, and electronic devices.
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