CORONAVIRUS
Coronavirus, belongs to the family Coronaviridae. Coronaviruses have enveloped virions (virus particles) that measure approximately 120 nm (1 nm = 10−9 metre) in diameter.
Club-shaped glycoprotein spikes in the envelope give the viruses a crownlike, or coronal, appearance.
The nucleocapsid, made up of a protein shell known as a capsid and containing the viral nucleic acids, is helical or tubular. The coronavirus genome consists of a single strand of positive-sense RNA (ribonucleic acid).
WHY CHOOSE I-CANNANOTM
- I-CanNanoTM has developed nano bonded anti-bacterial alloy with an average diameter of 10-30 nm. The hygienic nano dispersed solution in water or with Nano polymer is powered to restrict the virus. Due to Vander Waals force of attraction, nanoparticles attract each other and make a complete layer with an average diameter of 20-30 nm, due to which, any epidemic (especially present Covid-19 virus) viruses will not be able to penetrate the surface.
- The surface area of nano materials is very high, which is 1gm=1000m2. Due to the high surface area, the virus’ interaction with Nano coating increases, so the disinfection rate and efficacy will be high.
- The nano materials have reversal oxidation properties. Therefore, when the virus comes in contact with the nanoparticles, the virus oxidizes. This property helps in disinfecting/sanitizing the virus contacted surface.
- Due to its smaller molecular size, penetration of any foreign material is less and surface inhalation is more. Hence, the longevity of nano coating is further increased
- Due to Vander Waals force of attraction, nanoparticles attract each other and form a complete and defect free layer. As a result, we require less or almost zero polymer in the coating. Hence, the VOC (volatile organic Compound) is almost zero or non-existent, thereby keeping the toxicity of the coating at minimum.
I-CANNANOTM SHIELD
1. I-CanNanoTM Hygiene Paints and Coating
2. I-CanNanoTM Hand Sanitizers
3. I-CanNanoTM Surface Disinfectant
4. I-CanNanoTM Hand Wash