Silver ion functional fabric
1. Introduction to functionality and working principles
Silver ion fabric can not only be antibacterial, remove unpleasant odors from the body, but also regulate body temperature and humidity, and can also control body odor.
1. Silver fiber has dual antibacterial and deodorizing functions (ANTI-ODOR & ANTI-MICROBIAL)
The antibacterial function of silver fiber antibacterial fabric has long been confirmed by many well-known institutions around the world. In addition to many experiments and tests, many abstracts of medical publications in the past have unanimously emphasized that silver fiber provides unparalleled high antibacterial functions. Many discussions have also confirmed that when people wear silver fiber products, they can effectively control bacteria. of breeding. At the same time, bacterial growth is easy to produce odor. Silver fiber can quickly adsorb deteriorated proteins, reducing and eliminating odor. Silver fiber’s antibacterial and deodorizing dual-effect functions are also gradually used in fitness sportswear fabrics.
In warm and humid environments, silver ions have very high biological activity – this means that silver ions can easily combine with other substances, causing bacteria to Proteins inside and outside the cell membrane solidify, blocking the bacterial cell’s respiration and reproduction. The warmer and more humid the environment, the stronger the activity of silver ions, effectively inhibiting bacterial growth while reducing and eliminating the odor caused by bacterial growth.
2. Eliminate static electricity and promote blood circulation (ANTI -STATIC)
Silver fiber can promote blood circulation and eliminate or significantly reduce fatigue. Due to the high conductivity of silver, it is resistant to 5000V static electricity and has electromagnetic shielding function. As long as a small amount of silver fibers are present on clothing, static electricity generated by friction will be quickly eliminated, making the product static-free and comfortable.
3. Regulate body temperature(THERMOREGULATION)
“Silver”It is the element with the highest thermal conductivity on the earth. When the weather is hot, silver fiber can quickly conduct and dissipate the temperature on the skin to lower the body temperature and achieve a cool feeling;
In cold weather, the pores of the human body shrink and no longer sweat in large quantities, and instead emit radiation energy to regulate body temperature. 90% of body temperature loss is due to radiation effects, and silver is the most effective storage and Reflective materials can store or reflect radiant energy back to the body to produce the best warmth retention effect.
4. Purely natural（ALL NATURAL）
Silver is a natural element formed by nature. It has no common chemical products and does no harm to the human body.
5. Permanent(PERMANENCY)
Silver fiber fabric does not use silver as a surface attachment treatment, but polymerizes silver and fiber into a single entity that does not peel off and becomes a whole piece. Shiny silver fiber, the function of silver fiber is permanent and will not decrease with time. After the actual washing test of 250 times, the function of silver fiber has not been reduced at all.
Graphene
Functional fiber fabric
Introduction to functionality and principles of action
Graphene is from A two-dimensional crystal with only one layer of atomic thickness consisting of carbon atoms stripped out of graphite material. In 2004, physicists Andre Geim and Konstantin Novoselov of the University of Manchester in the United Kingdom successfully separated graphene from graphite. Graphene is currently the thinnest and strongest material in nature. It is 200 times stronger than steel. It is also very elastic and can stretch up to 20% of its size.
As currently found Graphene is a new type of nanomaterial with the thinnest, strongest, and strongest electrical and thermal conductivity. It is called “black gold” and is the “king of new materials.” Some scientists predict that graphene is very likely to set off a global revolution. Disruptive new technologies and new industrial revolutions will “completely change the 21st century.” Based on biomass graphene
, have successively developed inner-warming fiber, inner-warming velvet and inner-warming olefinic materials; super far-infrared, bactericidal and antibacterial, moisture absorption and perspiration, anti-ultraviolet, and anti-static are the main features and properties of inner-warming materials.
Warmth retention (far infrared ray) FAR INFRARED
1
Graphene fabrics have a significant effect on improving the microcirculation of the human body. The blood perfusion of graphene fabrics is much higher than that of ordinary fabrics. The degree of aggregation of moving blood cells, that is, the number of blood cells increases, the speed increases, and the temperature also increases. Improved.
Long-lasting antibacterial (ANTI-MICROBIAL)
2
Graphene material has long-lasting antibacterial properties, which can inhibit the latency of bacteria and allergens and effectively prevent the growth of mites.
MOSITURE ABSORBTION
3
ANTI-STATIC
4
Graphene is currently the material with the smallest resistivity. Combining graphene with fabrics can produce excellent antistatic, electromagnetic shielding or conductive fabrics, which can be used in special industries, such as combining graphene with chemical fibers. By blending yarns, it is possible to prepare mining professional clothing fabrics with excellent antistatic properties.
Green Material (ALL NATURAL)
5
Using plant straw as raw material, through various technologies such as opening molecular chains and embedding metal templates, high-quality materials can be prepared. Performance composite fiber materials. By utilizing high-tech high-temperature calcination aerospace technology, biomass graphene is developed from corncob straw, and then the biomass graphene is composited with various types of fibers.
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Graphene material has long-lasting antibacterial characteristics, can inhibit the latent bacteria and allergens, and effectively prevent the breeding of mites.
Moisture absorption and breathability (MOSITURE ABSORBTION)
3
ANTI-STATIC
4
Graphene is currently the material with the smallest resistivity. Combined with fabrics, excellent antistatic, electromagnetic shielding or conductive fabrics can be prepared, which can be used in special industries. For example, by blending graphene with chemical fibers, it is possible to prepare mining professional clothing fabrics with excellent antistatic properties.
Green Material (ALL NATURAL)
5
Using plant straw as raw material, through various technologies such as opening molecular chains and embedding metal templates, high-quality materials can be prepared. Performance composite fiber materials. By utilizing high-tech high-temperature calcination aerospace technology, biomass graphene is developed from corncob straw, and then the biomass graphene is composited with various types of fibers.
