Silver fiber fabric is a high-tech product created by permanently bonding a layer of pure silver to the surface of fibers using advanced technology. This structure not only preserves the original textile properties of the silver fiber but also endows it with all the magical functions and effects inherent in silver.
With the development of time and science and technology, silver fiber production has evolved from the initial chemical silver plating method to a production technology that combines chemical and physical methods, using nanotechnology as the underlying technology. The resulting fabric is called nano-silver fiber fabric.
Currently, the well-known anti-radiation maternity wear primarily uses two materials: metal fiber and silver fiber. Compared to metal fiber, silver fiber offers a better feel and texture. It is comfortable to wear, breathable, and not stiff. It also has better shaping properties and is more supple.
Silver has excellent electrical conductivity, several times to hundreds of times that of ordinary conductive metals. This conductivity is the fundamental principle behind its anti-radiation properties. Fabrics woven with silver fibers are excellent for shielding electromagnetic radiation.
The bactericidal mechanism of metallic silver is to block the physiological processes of bacteria. In warm, humid environments, silver ions exhibit extremely high bioactivity-meaning they readily combine with other substances, causing proteins inside and outside bacterial cell membranes to coagulate, thus blocking bacterial respiration and reproduction. The warmer and more humid the environment, the stronger the activity of silver ions.
Silver fiber is a tight polymer of silver and fiber, possessing permanent properties that do not diminish with time or washing. Even after 300 washes, its antibacterial function remains undiminished.
Silver fiber is made from "pure silver," a naturally occurring element, unlike typical chemical products that can cause side effects.
Heat conduction: Silver fiber rapidly conducts and dissipates heat from the skin, lowering body temperature and providing a cooling sensation. In cold weather, the body's pores constrict, reducing perspiration and instead emitting radiation to regulate body temperature. Heat loss is due to radiation, and silver is the most effective material for storing and reflecting this radiation, storing or reflecting it back to the body for optimal warmth.
Due to its rapid conductivity, silver can promote blood circulation, eliminate or significantly reduce fatigue, and achieve medical and health care benefits. Applications include surgical gowns, nurses' uniforms, hospital sterilization dressings, bandages, and masks. In highly pathogenic environments, its broad-spectrum, highly effective, safe, and long-lasting antibacterial properties help resist pathogens from harming the human body.
