Because COVID-19 is constantly spreading across the world, face covers tend to be on the go, but are they efficient? COVID-19 is arguably a avoidable disease, and this pandemic is certainly facilitating a large increase in demand for facial health coverage by public and public health professionals. In this post, a Godvana company, which has found a massive increase in consumer inquiries about its face mask product, answers the most common query about the suitability of facial covers.
Godvana says the most common question is about the feasibility of different varieties of masks to minimize the real risk of having COVID-19.
Could the masks “flatten the curve”?
Along with the hard work to “flatten the curve” around the world, the effectiveness of using facial covers has been debated.
While staying two meters away when away from home on necessary exits is definitely vital, as cleaning your hands when you return the real benefits of a mask will be remarkable.
In case the use of a face mask prevents a high percentage from entering your breathing system, your help is definitely clear, says Godvana. Although face covers generally don’t promise complete protection for the user, they still greatly decrease the likelihood of infection, and when it comes to flattening the curve, any reduction in transmission rates is definitely recommended.
Face covers, medical facial masks, or respiratory masks?
Despite basic safety tips for staying 2m away from other people, coughing and sneezing can project virus particles 6m away.
Coughs and sneezes develop a “snout speed” of fifty meters / second (for sneezing) or 10m / s (for coughing), making the two-meter safety zone of little help without an additional barrier in the form of a facial mask.
However, unlike simple masks or medical masks, respiratory masks control greasy and watery aerosols, fumes in addition to fine dust particles.
The 2 categories also mean the amount of particles filtered with the mask. The more particles that need to be filtered, the greater the number of layers of filter materials.
Consequently, face masks in the highest safety classes are thicker, which means that the level of respiratory resistance is higher.
However, particle filter masks control the particles, not the unwanted gases or vapors.
Right now, there is a lot of discussion about the different types of safety masks, as well as which type is really best. Although surgical masks protect against drop-borne contagious agents, they generally do not control airborne contagious agents, such as infections, so they will not prevent the user from potentially becoming infected with COVID-19.
“However, the actual respirator face mask, which in turn defends the wearer from aqueous along with oily aerosols, smoke, in addition to fine dust particles, is also more successful at protecting against airborne infectious agents such as COVID-19 and SARS. Respirator face masks protect against viruses from coming into the body via the mucous membranes of the mouth area and also nostrils.