Melt-blown alternative materialkn95 mask filter membraneAs a new high-tech material, compared with some common ordinary double-layer filter materials , lower resistance, higher filtration efficiency, and less risk of damage during later processing and use, which has outstanding advantages.
There are currently non-masks on the market that claim to be “bacterial and virus resistant”. Generally, various types of resistant masks are added through blending, spraying, etc. Bacteria agent, the main additives include nano titanium dioxide, nano silver, quaternary ammonium salt, copper ion/copper oxide extract, etc.
Both surgical masks and protective masks have performance requirements in terms of hydrophobicity and particle filtration efficiency, while disposable masks have no requirements, so their hydrophobicity is poor. . In addition, the hydrophobic performance of surgical masks is higher than that of protective masks, while the particle filtration efficiency of protective masks is higher than that of surgical masks.
Melt-blown alternative materialkn95 mask filter membrane has small pore size (0.05~0.45μm), uniform distribution, large porosity, and can maintain while air circulation. Through physical screening, viruses and bacteria are blocked on the surface of the mask, and with the help of the strong self-lubricating characteristics of the polytetrafluoroethylene material, every time you exhale, the particles attached to the surface of the mask will be pushed back It can be placed in the environment repeatedly, without relying on electrostatic adsorption, and truly achieves a very good protective effect.
It is a fluorine material film manufacturer integrating production, sales and customization. The company has advancedkn95 mask filter membraneproduction lines and composite production lines. The company’s products are widely used in various fields. We have a complete service system, caring before sales, attentiveness during sales, and rest assured after sales! Interested parties can enter the store for consultation.
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