ptfe nano mask filter membrane can block bacteria



PTFE nano mask filter membrane is mainly used to block most bacteria and some viruses, which can effectively prevent foreign objects and personnel from being infected, thus ensuring their safety. Generally, the…

PTFE nano mask filter membrane is mainly used to block most bacteria and some viruses, which can effectively prevent foreign objects and personnel from being infected, thus ensuring their safety. Generally, the filtration efficiency of this filter material against bacteria can reach 95% %above.

N95 is not a specific product name. As long as it meets the N95 standard and passes the NIOSH review, the product can be called an “N95 mask”; the KN95 mask complies with China’s GB2626 mandatory standard and has a filtration efficiency of non-oily particles ≥95%; The FFP2 mask complies with European EN standards and has a filtration efficiency of ≥94% for non-oily particles.

PTFE nano mask filter membrane can effectively prevent respiratory tract infections and prevent haze.

The N95 mask is one of the nine types of anti-particle masks certified by NIOSH (National Institute of Occupational Safety and Health).

“N” means that it is not suitable for oily particles (the fumes produced by cooking are oily particles, but the droplets produced by people talking or coughing are not oily); “95” means that the testing conditions specified in the NIOSH standard , the filtration efficiency reaches 95%.

Suzhou New Material Technology Co., Ltd. is a PTFE composite material manufacturer specializing in the R&D and production of PTFE nanomask filters. After years of painstaking research and R&D, the company not only has strong R&D strength, complete testing methods and The domestic advanced experimental equipment has also attracted a large number of outstanding technical talents.

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This article is from the Internet, does not represent Composite Fabric,bonded Fabric,Lamination Fabric position, reproduced please specify the source.https://www.tradetextile.com/archives/11672

Author: clsrich

 
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