Silver Fiber Conductive Yarn
01
Silver Coating Short Staple Fiber
product details
specification
| Product name | Silver-coated staple fibers |
| Product type | 1.5D/3D |
| Length | 38mm /51mm |
| composition | 15% silver + 85% nylon |
| Weight | 1.5D/KG/ 3D/kg |
| Soap-wash resistance | Cool and ventilated place |
Product Features
Textiles made of silver fiber are widely used and can be used as conductive emf shielding clothes, underwear, socks, curtains, medical bandages, antibacterial towels, sheets and other home textiles. It is not only antibacterial, but also can regulate body temperature and humidity, and even control body odor. This can protect the skin, remove unpleasant odors from the body, and block pollutants on medical textiles. After direct contact with human skin, it helps the skin to avoid bacterial erosion, inhibits bacterial growth, and has emf shielding and conductive function. It can effectively shield electromagnetic radiation. It can be made into maternity clothes to effectively protect the fetus from radiation damage, and it also plays a certain anti-static,anti-bacterial role.
Application Fields
The fabric weaved or knitted by silver fiber conductive yarn can have following applications: This breakthrough material revolutionizes multiple sectors.
In healthcare, it serves as premium antimicrobial fabric for surgical gowns, wound dressings,beddings, curtains and burn treatment products, combining sterilization properties with enhanced breath ability.
The conductive properties enable innovative smart clothing solutions - from muscle-stimulating athletic wear to touch-sensitive home textiles with integrated control panels.
Radiation-shielded undergarments and maternity wear protect against electromagnetic exposure
while anti-static variants prove essential for cleanroom environments and electronic manufacturing.
Consumer applications span daily essentials to specialty products: odor-resistant socks with lasting freshness, temperature-regulating bedding systems, and UV-protective outdoor apparel. Industrial uses include EMI-shielded curtains for data centers and static-dissipative workwear for automotive assembly. The fabric's wash durability and shape retention make it suitable for reusable medical textiles and premium home furnishings. Emerging applications explore integration with wearable technology, developing responsive fabrics that monitor vital signs while maintaining comfort through moisture-wicking and antibacterial functions.
Environmental advantages include reduced chemical dependency through natural antimicrobial properties and energy-saving thermal regulation that decreases HVAC needs. The material's versatility continues to expand with ongoing research into photovoltaic integration for solar-reactive textiles and advanced nanocomposite versions for aerospace applications. This convergence of protective features, smart functionality, and ecological design positions the fabric as a transformative material across medical, technological, and lifestyle sectors.