Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Can antiviral clothing help stop the spread of COVID-19? COVID-19 is mainly spread from person-to-person contact and respiratory droplets produced when an infected person coughs, sneezes or talks.

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?

Antiviral masks are typically made or coated with materials that are supposed to have extra virus-fighting properties, such as copper. But do they actually offer more protection?