Because PTFE material has excellent properties such as high chemical inertness, low friction coefficient, weather resistance, porous moisture permeability and hydrophobicity, in addition to being used in protective masks, it is also used in The technology is widely used in industrial products such as textile functional fabrics, filter materials, and electronic materials. For example, in the field of outdoor clothing, ptfe nanofilm is used in mountaineering clothing products to have hydrophobic and moisture-permeable functions; after being coated with textile fabrics, the fabrics can be made hydrophobic, stain-repellent, and breathable. and other properties; it also has an increasingly wide range of applications in fields such as automotive air filter materials and sewage treatment. Especially it has great advantages in making masks. It is the manufacturer that produces this material.
Traditional melt-blown masks use physical electrostatic adsorption technology to filter solid particles, but electrostatic adsorption masks have a huge disadvantage: when static electricity After being added, it is not always in a saturated state. During every step of mask production, packaging, leaving the factory, transportation, and then opening and using it in the hands of consumers, the static electricity content in the non-woven layer will gradually decrease, and the static electricity Attenuation will inevitably lead to a decrease in the protective effectiveness of melt-blown non-woven masks, which can only be used once.
ptfe nanofilmMasks are the future development direction of masks. The film has small pores and uses physical principles to remove particulate matter such as PM2.5 in the air. to filter. It has good filtration performance and higher barrier efficiency: the fiber diameter of ordinary non-woven materials used in traditional masks is more than 1000nm, while the fiber diameter of polytetrafluoroethylene mask membrane is between 100 and 200nm, which can be very good. It blocks PM2.5 in the air, as well as some viruses, small bacteria and particulate matter that are invisible to the human eye. For fine particles with a diameter of 75nm, the filtration performance exceeds 95%, reaching the N95 and KN95 standards. Long service life and recyclable: Due to the large fiber diameter of ordinary non-woven materials used in traditional masks, they need to rely on static electricity to absorb particles in the air. However, static electricity will fail in a short time, so it can only be used once. use. ptfe nano film The mask uses physical barriers to air pollutants, so it can be used for a longer period of time. The PTFE nano film mask is resistant to repeated treatment with boiling water, alcohol, etc., can be used for a long time, and can be recycled for many times. Second-rate.
Andptfe nano film masks give people a better sense of comfort. Breathing becomes easier and freer when wearing it. The materials used in traditional masks have poor air permeability. If worn for a long time, they will feel damp and hot, which is not good for physical and mental health. The PTFE nanomembrane has a three-dimensional structure and has breathability that other protective materials do not have. It does not feel wet when worn for a long time. Interested parties are welcome to enter the store and consult us.
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