Surgical Mask
Surgical Mask (medical mask)
Now during a deadly global coronavirus outbreak, you never know if the people you encountered are infected or not, as an infected person might not show symptoms for up to 14 days after exposure to this dangerous virus. Therefore, surgical masks are must-haves for all human beings to protect themselves from the splashes of anyone who may be infected.
Surgical Mask (medical mask)
Now during a deadly global coronavirus outbreak, you never know if the people you encountered are infected or not, as an infected person might not show symptoms for up to 14 days after exposure to this dangerous virus. Therefore, surgical masks are must-haves for all human beings to protect themselves from the splashes of anyone who may be infected.
The design of the surgical masks depends on the mode; usually, the masks are three-ply (three layers). This three-ply material is made up of a melt-blown polymer, most commonly polypropylene, placed between the non-woven fabric. ... The masks are secured to the head with ear loops, head ties, or elastic straps.
Disposable face masks act as a protective barrier to prevent splashes, sprays, large droplets, or splatter from entering the wearer’s mouth and nose. Disposable face masks also help prevent the wearer from spreading respiratory droplets.
Ideal for running errands and visiting public areas such as grocery stores, pharmacies, parks, post offices, and more where social distancing may be more difficult to maintain
Obviously, the biggest difference between surgical masks and ordinary face masks is the melt-blown layer in surgical masks.
1. The melt-blown layer looks very different from the other two transparent non-woven layers, it looks more like white paper.
2. Different from a paper, the melt-blown layer melts in case of fire but does not flame with very low flammability. Instead, paper burns when it comes to fire.
3. There is the static electricity in the melt-blown layer. If you tear the melt-blown layer into strips, you will obviously feel the electrostatic adsorption effect.
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