It is a manufacturer integrating R&D, production and sales of polytetrafluoroethylene membranes.
The wet-laid non-woven fabric imported from Japan has high uniformity, stable performance and good air permeability.
A brief summary of the PTFE mask membrane produced by this company has the following advantages: Advantage 1: The mask membrane is thinner and lighter. The thickness of the PTFE mask membrane is only about 0.2mm, which is very thin and light.
Intersected with traditional non-woven masks, they are much thinner.
Advantage 2: Lower resistance The filter layer used by the mask membrane is less than 1/6 of the thickness of traditional non-woven masks, and the breathing resistance of the mask is positively correlated with its thickness.
The nanometer-scale distribution of membrane pore sizes makes a layer of physical screening and filtration a reality, greatly reducing breathing resistance.
Only 1/2 of traditional non-woven masks.
Advantage 3: More breathable. Polytetrafluoroethylene has a strong application background in traditional industrial fields and is often used as a purification material. One of the reasons is that it is resistant to water washing and has low moisture absorption rate.
This attribute allows 98% of the moisture generated by human breathing to be smoothly discharged from the mask when using the mask, achieving an efficient moisture permeability effect.
Advantage 4: It can also effectively filter fine particles such as PM2.5. We all know that PM2.5 is a particle with a diameter of 2500 nanometers, and the polytetrafluoroethylene film has a fiber diameter of only 100~ 200 nanometers, the pore size distribution is at the nanometer level, even microorganisms such as viruses and bacteria can be filtered out, and the filtration effect on PM2.5 is better, which is ahead of all ordinary non-woven masks on the current market.
Advantage 5: The PTFE mask membrane with longer service life is a purely physical barrier and does not rely on static electricity. When the user inhales, the pore size of 100~200 nanometers will physically pass PM2.5 to PM0.3 The screening effect is blocked on the surface of the mask. With the help of the super self-lubricating characteristics of the polytetrafluoroethylene material, every time you exhale, the particles attached to the surface of the mask will be pushed back into the environment. Repeatedly, it will not Relying on electrostatic adsorption, it truly achieves effective PM2.5 protection effect.
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