Are UVC lamps effective against Corona Virus?

In this time of Covid, everyone is looking for effective ways
to fight Covid-19 infection.
Are UVC lamps really effective?

UVC used against the proliferation of SARS-CoV-2

UVC has become an essential product against the fight and reduction of the spread of Coronavirus.
Since the COVID-19 health crisis, numerous studies have been carried out with UVC . It turns out from the D90 variation that an exposure average of 308 J/m2 of energy is necessary to sensitize SARS-CoV-2 to UVC , which gives us the calculation solution for the realization of our lamps and our air purifiers in order to eliminate this virus .
It is enough to expose the virus in a given time on a calculated energy surface to our most effective electromagnetic wave rays.

désinfection masque covid

UVC lamps: an asset against the fight against coronavirus

Until a few months ago, these UVC lamps were not known to the general public, they emit short electromagnetic waves designed mainly with mercury vapour.
Mostly used in the medical field , they can be used for the treatment of air , surfaces and even water . These UVC rays kill all pathogens harmful to human health.

UVC rays are effective in deactivating high viral loads of Covid-19 through our air purifiers.

Since the pandemic and the studies done on UVC against SARS-CoV-2 , requests have exploded .

Where might we need these UVC treatments?

  • In medical places where the risk of contamination is high
  • In schools where there are many people who socialize for several hours
  • Which means nurseries, schools, colleges, universities…
  • In the offices
  • In planes
  • In public spaces , museums , etc.
  • In restaurants , bars
  • At home
  • etc…
    In all places where human contact is possible!
stérilisation lieux publics avec des uvc

What are UVs?

These are electromagnetic waves that are invisible to the naked eye, they are also known as “black light”. UV rays have more or less long electromagnetic wavelengths but are always lower than that of light, which is what makes them invisible to the naked eye.

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