Core Definition and Structure
Essence: Composite conductive fibers are created by forming a dense, strong pure silver layer on the surface of a fiber substrate (such as nylon or modal) through processes such as chemical silver plating, nano-plating, or melt drawing.
Morphology: They are long filaments (continuous long fibers), commonly used in knitting, weaving, and towel weaving, and can also be used as covered yarns.
Key Features:
* **Radiation Protection:** Silver's high conductivity allows it to effectively reflect or absorb electromagnetic waves, providing excellent shielding against frequencies ranging from 10MHz to 3GHz (such as Wi-Fi and mobile phone base stations). High-quality products retain over 85% shielding even after multiple washes.
Antibacterial and Deodorizing:** Silver ions can destroy microbial respiratory enzymes, achieving broad-spectrum, long-lasting, and drug-free antibacterial effects. The antibacterial effect remains stable even after 50 hours of washing in a washing machine.
Antistatic:High conductivity quickly dissipates static electricity, suitable for antistatic applications in precision instrument operation, medical settings, and electronics workshops.
Comfort:Lightweight, breathable, and soft, it can be worn close to the skin and requires no equipment adjustments when blended with ordinary fibers.
