Fiber antibacterial & antiviral technology
Unique global "key nano-refinement technology" Breaking through the traditional spinning and drawing technology, with exclusive full-immersion chelating method, post-processing can improve the printing and dyeing fastness of the first order, long-lasting washing resistance, stable and diverse material applications, textiles New revolution.
The exclusive SKG textile antiviral technology is a nanocomposite material, which can chelate nanozinc in textile fibers and form a physically charged protective film on the surface of the fiber object. Due to the nanometer grade, the average vertical diameter is smaller than that of virus bacteria. It can maximize the area of protection against viruses and bacteria; when textile fiber objects encounter bacteria or viruses, they will immediately activate the formation of highly active hydroxyl radicals, inhibit the growth of viruses and bacteria, and achieve a better inhibition effect; and near The characteristics of semiconductor inorganic materials nanozinc materials make the protection of textile fibers not slowed down by time. In addition to improving the antibacterial and antiviral efficiency, it can also eliminate harmful gases such as odors to achieve instant deodorization.
A piece of water-absorbing anti-viral textile fabric will set off a new textile revolution
In addition to the health of diet and the air quality of the home environment, the health of the body should not be ignored. In addition to breathing air and skin contact, bacteria will be touched, and some clothes will also adsorb harmful bacteria.
Textiles, personal clothes, towels, bath towels, bed sets (pillows, quilt covers, bed sheets), pajamas, casual clothes, rags, socks, shoes, etc. that people will encounter in a day, when bacteria can survive for the longest in a nutrient-rich environment For 4 days, the most terrifying thing is that it can split and multiply from generation to generation. For example, external factors cause the body's immune load to be overloaded and its resistance declines. If it comes into contact with clothing bacteria, it will cause physical diseases.
Why the clothes after sweating on your body will have an unpleasant smell of sweat, and can not be washed off; why wear shoes and socks, shoes, socks will have a serious odor, that is caused by bacteria.
Three unique advantages of nano zinc
5 Nano zinc attacks bacteria and achieves bactericidal effect
A small amount of 5 nanometer zinc attacks bacterial cell membranes, nucleic acids, and enzymes, destroys cellular proteins and causes bacteria to die or lose their ability to divide and proliferate.
5 Nano zinc inhibits bacterial proliferation and achieves deodorizing effect
5 The good antibacterial properties of nanozinc can inhibit the proliferation of bacteria and fungi to prevent spoilage; at the same time, the highly hydrophilic groups of the fiber can neutralize with ammonia, isovaleric acid and acetic acid to eliminate odors.
5 Nano zinc is particularly effective against fungi, and skin and gynecological conditioning are effective
5 nanometer zinc is particularly effective against fungi. Its excellent antibacterial effect has inhibitory effects on fungal skin diseases such as foot fungus, dermatitis, eczema, genital itching, and body odor. The use of 5 nanometer zinc fiber has a good effect on the skin, Gynecology and other diseases can play a certain role in conditioning.
5 Nano zinc ions are elements of life and are safe for the human body
Zinc is an element contained in the human body itself, the content of the human body is second only to iron, zinc is the second most vital element in trace elements, it can carry out normal metabolism, no irritation and allergy to human skin, and it is not harmful to human body Safe and secure. Zinc is also a catalyst for the internal oxidation process of cells. It has an inhibitory effect on bacteria and viruses. It has antibacterial and antiviral properties. It has immune functions to prevent pneumonia, candida infections, colds and colds.
Passed the ISO international anti-virus type A influenza virus strain H1N1/H3N2 and feline calicivirus (enterovirus) test report
5 nanometer zinc ion antibacterial/antiviral fiber, sterilization rate is greater than 99.9%
5 Nanometer zinc ion antibacterial/antiviral fiber, diverse and widely used
- Medical textiles: prevention is better than cure. The use of high-tech antibacterial materials on medical textiles can effectively resist germs and reduce the risk of infection.
- Living bedding: antibacterial bedding / comfortable and safe, allowing you and your family to enjoy the most relaxing sleep.
- Sports/Personal clothing: Let effective antibacterial fibers bring people a new experience and protection.
- Industrial application: suitable for various carriers: PET, PP, Nylon, processed into nano-zinc ion fiber, which can bring wider application and innovation to the industry