Our innovation
Addresses the risk of secondary infection ina sustainable (washable and reusable) and highly effective way (high efficiency in killing Covid-19)

Addresses the risk of secondary infection ina sustainable (washable and reusable) and highly effective way (high efficiency in killing Covid-19)

 

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Our innovation
Addresses the risk of secondary infection ina sustainable (washable and reusable) and highly effective way (high efficiency in killing Covid-19)

Secondary Infection
– Viruses can survive on the surface of traditional masks for 7 days
– Viruses can grow 180 times more after 4 hours of usage
– We get infected by touching masks when they are full of viruses
– We bring masks with viruses back home, and cause secondary infection in our home environment
– A COVID-19 killing mask can fully protect against secondary infection

Spike protein over coronavirus is “strong negative charged”.
The highly positive-charged fibers inside Curie’s filtration material attracts and arrests“strong negative charged” protein spikes on virus and bacteria.
Strong attraction force can tear off protein chain over envelope of coronavirus, and achieve COVID-19 killing effect.

Meltblown cloth relies on electrostatic to capture bacteria and viruses. Surface proteins of bacteria and viruses are negative-charged, and the electrostatic itself is negative.
The polarity of the two is the same and therefore it repels – inefficient in capturing microbials.
Electrostatic itself is unstable, and it is easy to dissipate and discharge due to high temperature and humidity. Few hours after the mask used, the filtration efficiency begins to decay.

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Q & A

HOW DOES IT WORK?

Spike protein over coronavirus is“strong negative charged”. The highly positive-charged fibers inside Curie’s filtration material attracts and arrests“strong negative charged” protein spikes on virus and bacteria.
Strong attraction force can tear off protein chain over envelope of coronavirus, and achieve COVID-19 killing effect.
Meltblown cloth relies on electrostatic to capture bacteria and viruses. Surface proteins of bacteria and viruses are negative-charged, and the electrostatic itself is negative.
The polarity of the two is the same and therefore it repels – inefficient in capturing microbials.
Electrostatic itself is unstable, and it is easy to dissipate and discharge due to high temperature and humidity. Few hours after the mask used, the filtration efficiency begins to decay.