The smog weather that lasts for many days makes people always unable to breathe. Buying masks and wearing masks to prevent sputum has become the norm for many people. But how do the numerous anti-mite masks on the market filter the air?

In fact, the key to the anti-fog function of the mask is the layer of filter in the middle. The quality of the filter determines the quality of the mask. At present, a new nano-material used in the mask is in the stage of small batch production. As such products are in short supply in the market, they are considering increasing production capacity.

The seemingly ordinary non-woven fabric, which is transported through the reel, is sent to the machine for processing, and is then sent out and rolled into a shaft. With such a simple production step, it seems that there is no special high-tech with the naked eye. Look closely, you can see that the instrument in the machine is spraying liquid from the bottom to the non-woven fabric(Nonwoven Face Mask Manufacturer), and instantly forms a "film" on the cloth, which suddenly becomes solid from the liquid state.

Then, can you filter PM2.5 by attaching a nano film to the non-woven fabric?

Originally, the nanofiber membrane has the advantages of small pore size and high porosity, and is suitable for air filtration applications(Disposable Face Mask Vendor). The average pore size of this film is 10 times smaller than the particle size of PM2.5, that is, about 0.25 μm. The filaments constituting the nanofiber membrane were magnified 2000 times under the microscope to be observed, which is about 1/10 of the thickness of the hair strand. Therefore, the nanofilm produced can completely block PM2.5 particles and bacteria like Staphylococcus aureus from the mask filter. At the same time, the test also showed that although the structure is dense, the film is more breathable than the products on the market today. In addition to the production of mask filters, this nano-film can also be used in air purifier filters and other products, in line with the current market demand, and has broad prospects.

Ordinary non-woven materials(Medical Face Mask On Sales) sold on the market are inexpensive. The nanofiber membrane produced by the electrospinning technology can increase the added value of the non-woven fabric by 50 times, which greatly enhances the market competitiveness of the textile material.

Innovative companies can't wait for the market, but they must stay at the forefront of market demand. In the future, we will produce waterproof and breathable membranes for outdoor fabrics, and expand the application fields into professional fields such as medical and health care, special industrial operations, etc. The goal is to be a leading company in the production of professional air purification membranes and waterproof and breathable membranes for outdoor fabrics. Use technology to add more added value to China's textile materials.