Could the "triple epidemic" of COVID-19 + influenza + RSV turn the epidemic around? Next generation nano mask double protection can block 99%
New coronavirus RSV “triple epidemic” creates a perfect storm! Mask new technology double protection is crucial
Although the epidemic prevention regulations in various countries are gradually opening up, the new coronavirus continues to mutate. The influenza epidemic in Europe and the United States has also climbed to a new peak in more than ten years. Coupled with the emergence of respiratory syncytial virus (RSV), the three major infectious diseases are brewing. This new “perfect storm” is called the “Triple Epidemic” that cannot be ignored.
Taiwan has also seen a surge in influenza cases recently. In addition, Omicron mutant virus strains such as BQ.1 and Whether they are medical practitioners or high-risk groups, they are suitable to wear “next-generation masks” that can effectively combat the new coronavirus, influenza and respiratory tract viruses, helping individuals and communities reduce the risk of infection.
On the other hand, the epidemic has led to continuous innovation in medical technology for manufacturing masks. Nowadays, silicone three-dimensional masks have double protection. The outer layer is made of silver ions, which can inhibit germs and filter toxic suspended particles; the inner layer has 75 nanometer filtration protection. It can purify the air sucked into the mask. It achieves the two major functions of “active crown elimination” and “passive crown blocking”, while isolating harmful substances in the air.
It’s not just the vaccine that needs to be given to the next generation! The protective power of nano masks can reach N99 level
“The COVID-19 epidemic continues to mutate. Not only do vaccines need to be upgraded, but masks and filters also need to use higher-tech materials to enhance protection!”
According to the U.S. CDC’s infectious disease prevention and control briefing, masks are an effective tool to block virus droplet infection. Through multiple layers, enhanced fit and filtration capabilities, masks can block smaller viruses and achieve optimal protection. The new generation of nano-silica masks combined with nano-silver filters can improve filtration protection to the highest level. Testing by NELSON Laboratory in the United States shows that the VFE efficiency of nanosilver filters is as high as 99%, which is equivalent to the N99 protection level, and can effectively filter bacteria such as the new coronavirus, H1N1 (influenza virus), and SARS.
In addition, the new generation of nano-silica masks has passed the biosafety level three laboratory certification of the University of Florida School of Medicine. Through the distribution of silver ions with a particle size of 30 nanometers in an island structure, it can destroy the new coronavirus in 15 minutes. Combined with the patented filter, it adsorbs germs to the surface of the non-woven fabric and inhibits the growth of germs. It can also block suspended particles such as PM2.5 and exhaust gas pollution, giving the wearer clean and safe breathing air.
The tightness determines the protective power of the mask! Skin-friendly material “black technology” maintains 168 antibacterial properties
Whether the mask is designed to fit your face not only affects the comfort of wearing it, but also determines its protective power against viruses. Even if traditional medical masks have enhanced sealing, they can easily cause breathing difficulties for medical staff and field workers who need physical activity at work. They often feel like they can’t breathe air during strenuous activities and exercise.
In order to solve the difficulty of wearing a mask at work, the new generation of nano silicone masks uses medical-grade skin-friendly silicone, combined with a 77mm large valve breathing hole design, which is no longer breathable, easy to get sticky and stuffy when worn for a long time. Wearing odor and other problems. At the same time, the cushioning design according to the curve of the human face eliminates gaps and reduces indentations, making it more suitable for medical staff and commuters who need to wear masks for a long time.
In addition, Taiwan has a humid climate, with abundant rain all year round. High humidity is a favorable breeding ground for germs. The new generation of nano-silica masks can effectively release silver ions in a humid environment, showing good surface activity and porosity. Inhibit the risk of infection by Escherichia coli and Staphylococcus aureus. Through high-tech nano filter replacement, long-lasting antibacterial effect can be maintained for 168 hours.
Beware of immunity debt in the post-epidemic era! Masks should be worn based on individualized risks
Entering the post-epidemic era, the “immunity debt” accumulated by mankind in the past few years is about to explode. There has also been a new peak in the number of infections caused by influenza and respiratory tract viruses. Among non-medical means, wearing medical masks is a key method to ensure community health and reduce the risk of infection. For the new coronavirus alone, wearing masks appropriately can reduce the risk of infection by 19%. Some studies also point out that medical staff wearing medical masks can reduce the risk of infection by 19%. With masks, the protection effect can be as high as 70%.
Scientists estimate that the new coronavirus will continue to exist in human society and even continue to circulate between human and animal communities, accumulating more mutation sites to increase its infectivity. Faced with the unknown risk of germ variants, office workers, commuters, medical staff, or groups at high risk of chronic diseases must wear medical masks in a timely manner to block the spread of germs and protect the health of family and community members.
Entering the world after a century-old pandemic, epidemiologists have reminded that masks, as a public health measure, face the potential crisis of continued mutant strains and “triple epidemics”. Wearing masks must incorporate more “personalized considerations”, including personal risks. and environmental risk factors. Depending on different risk levels and needs, appropriate mask types and materials, such as silicone masks introduced with nanosilver ions, will provide more powerful protective benefits to groups with high protection needs.
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