![<?echo $_SERVER['SERVER_NAME'];?>](/template/twentyseventeen/skin/images/header.jpg)
1) Broad-spectrum, potent and antibacterial, and long-lasting antibacterial effect: It can inhibit or kill a variety of harmful bacteria, including bacteria, fungi, trichomoniasis, and mycoplasma; it has equal killing power against resistant bacteria. , Antibacterial rate of 99.9% or more. 
(2) Deodorization: It can eliminate odors caused by corrosion of various organic substances.
(3) Anti-static electricity, can effectively shield electromagnetic waves, effective for UV isolation.
(4) Safety, environmental protection, non-irritating and non-toxic to the human body.
Nano Silver Technology Principle
1. Silver can be permanently coated on the fiber surface, and its inherent properties such as versatility, elasticity, tensile strength, and ease of use are maintained. The appearance of the silver layer of the fiber and the environment in which the host is located can safely and naturally exert its excellent characteristics such as heat transfer, conduction, anti-microbial, odor control, UV radiation, and moisture transmission. It continuously releases silver ions and attaches to the surface of the cell membrane or the * hydrogen group on the cell surface. It effectively inhibits the respiration of cells and breaks up the spiral structure, so bacteria are killed by silver materials.
2. Quick effect, generally contact for 1 hour, can kill 99.9% of bacteria, and most other antibacterial articles can't reach such a high level after 48 small fashions; safe and natural, elemental silver is a natural element, there is no other The chemical composition, therefore, does not cause toxicity when used. For mammals, silver is the safest and most harmless substance; for long-term, the silver material is irreversibly consolidated on the polymer, unlike surface treatment, It becomes a solid part of the fiber material, performance will not be weakened with time, and its antibacterial properties will not change after 250 washes.
3. Except foreign body: Anti-biotic is not always synonymous with odor, while nano-silver has both anti-microbial and odor-eliminating properties, killing odor-causing bacteria and mold. Ammonia and denatured proteins can easily cause offensive odors in clothes and footwear, and the two are quickly combined with silver, and the silver material is on the outer surface of the fiber. This is a good opportunity. Nanosilver quickly combines with the two. Make the odor quickly reduced.
4. Nanosilver has good thermal conductivity, and silver is the best material for thermal conductivity in all objects. Therefore, nanosilver can disperse and transfer heat faster and more uniformly. In hot days, conduction is the main means of transferring heat, and nanosilver The heat can be extracted from the human skin, and the traditional fabric is a very different from the heat-conduction barrier. It directs the heat from the human skin to the air, making the body feel cool. Antistatic, people often encounter troubles such as electrostatic shock and static adhesion. In some industrial productions, this will cause serious damage. It is known that silver is the object with the highest conductivity, so nanosilver has excellent antistatic properties. Different types of nano-silver materials can be used to disperse triboelectric charges and dissipate static electricity in clothes and shoes socks and the like, making them safe and comfortable products.
5. Electrical effects. Thousands of nerves in the human body lead to the surface of the skin. There are more than 7,000 nerve endings on the soles of the feet. These nerves transmit electrical signals, including pain and discomfort. Because silver is the best conductor, nanosilver products will collect and dissipate the charge on the surface of the skin, and as a result, the discomfort can be reduced.
Application area:
Fiber (Fabrics, Finished Products), Information Industry, Information Industry, Ecological Environment, Daily Life Supplies
Details of application:
Cotton, linen, silk, polyester, acrylic, spandex, viscose fiber, protein fiber, finished fabrics, clothing, bedding, daily-use textiles, toys, etc., welding of diodes, triode integrated circuits, electronic pulp, aquaculture, horticulture Facilities, soil improvement, building materials, decorative materials, detergents, glassware, packaging paper products, paper for special industries, deodorants, pharmaceutical antibacterial gels, plastic products
Features:
Permanent antibacterial cleansing does not affect its function; it has a natural color, can be assigned color, does not affect the dyeing after application, can completely replace lead, tin welding, no poison, no pollution, permanent sterilization, does not harm the human body
How to use: directly or indirectly
Scientists have discovered that silver has produced a quantum leap in its bactericidal capacity in the nanometer state. Only a very small amount of nanosilver can produce strong bactericidal action, which opens up broad prospects for the widespread use of nanosilver for antimicrobial purposes.
1, broad-spectrum antibacterial: Nano silver particles directly into the bacteria and oxygen metabolism enzyme (-SH), the unique mechanism of action of the bacteria suffocation and death, can kill most of the bacteria, fungi, mold, spores and other contact with it microorganism. The eight authoritative institutions in China have found that they have comprehensive antibacterial activity against drug-resistant pathogens such as E. coli, Staphylococcus aureus, Pseudomonas aeruginosa, Streptococcus pyogenes, Enterococcus faecalis, and anaerobes. Common bacteria such as Staphylococcus aureus, Escherichia coli, Pseudomonas aeruginosa, Candida albicans, and other G+ and G-borne pathogens on burns and wounds have bactericidal effect; Chlamydia trachomatis, causing sexually transmitted diseases Neisseria gonorrhoeae also has a strong bactericidal effect.
2. Strong Sterilization: According to the study, AG can kill more than 650 kinds of bacteria within minutes. After being bound to the cell wall/membrane of the pathogenic bacteria, the nanosilver particles can directly enter the bacteria and rapidly bind to the sulfhydryl group (-SH) of the oxygen-metabolizing enzyme, inactivating the enzyme, blocking the respiratory metabolism and causing it to suffocate and die.
3, rapid sterilization: a unique sterilization mechanism, making nano-silver particles can quickly kill pathogenic bacteria at low concentrations.
4, strong permeability: nano-silver particles have a strong permeability, can be quickly penetrated into the skin 2mm sterilization, common bacteria, stubborn bacteria, resistant bacteria and deep tissue infections caused by fungi have a good bactericidal effect.
5, to promote healing: improve the microcirculation around the wound tissue, effectively activate and promote the growth of tissue cells, accelerate wound healing and reduce scar formation.
6, antibacterial lasting: nano-silver particles produced using proprietary technology, there is a protective film, the gradual release of efficacy, so the antibacterial effect lasting.
(2) Deodorization: It can eliminate odors caused by corrosion of various organic substances.
(3) Anti-static electricity, can effectively shield electromagnetic waves, effective for UV isolation.
(4) Safety, environmental protection, non-irritating and non-toxic to the human body.
Nano Silver Technology Principle
1. Silver can be permanently coated on the fiber surface, and its inherent properties such as versatility, elasticity, tensile strength, and ease of use are maintained. The appearance of the silver layer of the fiber and the environment in which the host is located can safely and naturally exert its excellent characteristics such as heat transfer, conduction, anti-microbial, odor control, UV radiation, and moisture transmission. It continuously releases silver ions and attaches to the surface of the cell membrane or the * hydrogen group on the cell surface. It effectively inhibits the respiration of cells and breaks up the spiral structure, so bacteria are killed by silver materials.
2. Quick effect, generally contact for 1 hour, can kill 99.9% of bacteria, and most other antibacterial articles can't reach such a high level after 48 small fashions; safe and natural, elemental silver is a natural element, there is no other The chemical composition, therefore, does not cause toxicity when used. For mammals, silver is the safest and most harmless substance; for long-term, the silver material is irreversibly consolidated on the polymer, unlike surface treatment, It becomes a solid part of the fiber material, performance will not be weakened with time, and its antibacterial properties will not change after 250 washes.
3. Except foreign body: Anti-biotic is not always synonymous with odor, while nano-silver has both anti-microbial and odor-eliminating properties, killing odor-causing bacteria and mold. Ammonia and denatured proteins can easily cause offensive odors in clothes and footwear, and the two are quickly combined with silver, and the silver material is on the outer surface of the fiber. This is a good opportunity. Nanosilver quickly combines with the two. Make the odor quickly reduced.
4. Nanosilver has good thermal conductivity, and silver is the best material for thermal conductivity in all objects. Therefore, nanosilver can disperse and transfer heat faster and more uniformly. In hot days, conduction is the main means of transferring heat, and nanosilver The heat can be extracted from the human skin, and the traditional fabric is a very different from the heat-conduction barrier. It directs the heat from the human skin to the air, making the body feel cool. Antistatic, people often encounter troubles such as electrostatic shock and static adhesion. In some industrial productions, this will cause serious damage. It is known that silver is the object with the highest conductivity, so nanosilver has excellent antistatic properties. Different types of nano-silver materials can be used to disperse triboelectric charges and dissipate static electricity in clothes and shoes socks and the like, making them safe and comfortable products.
5. Electrical effects. Thousands of nerves in the human body lead to the surface of the skin. There are more than 7,000 nerve endings on the soles of the feet. These nerves transmit electrical signals, including pain and discomfort. Because silver is the best conductor, nanosilver products will collect and dissipate the charge on the surface of the skin, and as a result, the discomfort can be reduced.
Application area:
Fiber (Fabrics, Finished Products), Information Industry, Information Industry, Ecological Environment, Daily Life Supplies
Details of application:
Cotton, linen, silk, polyester, acrylic, spandex, viscose fiber, protein fiber, finished fabrics, clothing, bedding, daily-use textiles, toys, etc., welding of diodes, triode integrated circuits, electronic pulp, aquaculture, horticulture Facilities, soil improvement, building materials, decorative materials, detergents, glassware, packaging paper products, paper for special industries, deodorants, pharmaceutical antibacterial gels, plastic products
Features:
Permanent antibacterial cleansing does not affect its function; it has a natural color, can be assigned color, does not affect the dyeing after application, can completely replace lead, tin welding, no poison, no pollution, permanent sterilization, does not harm the human body
How to use: directly or indirectly
Scientists have discovered that silver has produced a quantum leap in its bactericidal capacity in the nanometer state. Only a very small amount of nanosilver can produce strong bactericidal action, which opens up broad prospects for the widespread use of nanosilver for antimicrobial purposes.
1, broad-spectrum antibacterial: Nano silver particles directly into the bacteria and oxygen metabolism enzyme (-SH), the unique mechanism of action of the bacteria suffocation and death, can kill most of the bacteria, fungi, mold, spores and other contact with it microorganism. The eight authoritative institutions in China have found that they have comprehensive antibacterial activity against drug-resistant pathogens such as E. coli, Staphylococcus aureus, Pseudomonas aeruginosa, Streptococcus pyogenes, Enterococcus faecalis, and anaerobes. Common bacteria such as Staphylococcus aureus, Escherichia coli, Pseudomonas aeruginosa, Candida albicans, and other G+ and G-borne pathogens on burns and wounds have bactericidal effect; Chlamydia trachomatis, causing sexually transmitted diseases Neisseria gonorrhoeae also has a strong bactericidal effect.
2. Strong Sterilization: According to the study, AG can kill more than 650 kinds of bacteria within minutes. After being bound to the cell wall/membrane of the pathogenic bacteria, the nanosilver particles can directly enter the bacteria and rapidly bind to the sulfhydryl group (-SH) of the oxygen-metabolizing enzyme, inactivating the enzyme, blocking the respiratory metabolism and causing it to suffocate and die.
3, rapid sterilization: a unique sterilization mechanism, making nano-silver particles can quickly kill pathogenic bacteria at low concentrations.
4, strong permeability: nano-silver particles have a strong permeability, can be quickly penetrated into the skin 2mm sterilization, common bacteria, stubborn bacteria, resistant bacteria and deep tissue infections caused by fungi have a good bactericidal effect.
5, to promote healing: improve the microcirculation around the wound tissue, effectively activate and promote the growth of tissue cells, accelerate wound healing and reduce scar formation.
6, antibacterial lasting: nano-silver particles produced using proprietary technology, there is a protective film, the gradual release of efficacy, so the antibacterial effect lasting.