Virus and Bacteria protection

The only effective solution!
Surface treatment against viruses and bacteria!


 


New generation
surface treatment
technology


Hygiene - Air purification - Self cleaning - Odor neutralization     

The power of light and oxygen 

The NanoBase-coated surface eliminates the problem of multidrug-resistant bacteria particularly efficiently and reliably. This innovative surface treatment is simple yet inexpensive.The product is based on the principle of photocatalysis. The coating results in a microbicidal surface. Viruses, bacteria and other pathogens decompose on exposure to light.

The starting material for the surface treatment is photocatalytic titanium dioxide (TiO2).

When exposed to light, reactive oxygen species are formed on the NanoBaseezel coated surface. Oxygen activated in this way is highly reactive and is capable of breaking down molecules and organic compounds in contact with the surface.

To achieve this effect, sunlight is abundant, but artificial light to activate the oxygen radicals inside the NanoBase-covered buildings is also suitable.

Titanium dioxide (TiO2) is a semiconductor: light generates electron-hole pairs on its surface when the energy of the photons is greater than the forbidden band Eg (internal photoelectric effect).

The electrons or holes formed during this process are then able to diffuse to the surface and form radicals there, which decompose organic compounds. In particular, the holes have a strong oxidizing property: hydroxyl radicals are formed from water.

Odoo • Szöveg és kép

Features and capabilities of innovative technology

Photocatalytic effect 

NanoBase utilizes the effects of photocatalytic nano-titanium dioxide. This technology is not new, but with the use of new improved manufacturing technology, smaller particle size, intelligent ingredients and the addition of precious metals, there are applications that have been abandoned as recently as utopia.

Self-cleaning

Another advantage of NanoBase is that the surfaces are self-cleaning, not only indoors, but also on the facades, made of glass, concrete or even sandstone.

Hygenisation

The concept of hygiene combines a number of useful features of innovative technology, which play an important role in hospitals and medical practice.


Antibacterial

NanoBase coatings are excellent for the prevention of all pathogens and are antibacterial. They have a microbicidal effect on the surface of medical devices, clothing or equipment.


Clean Air

The time between the two cleanings is significantly increased because the treated surfaces remain clean for a much longer period of time and, by the way, even the air is cleaned.

Disassembly of viruses

The coating is also capable of destroying organic matter, or even viruses and bacteria when it comes into contact with the room wall and / or ceiling, and can oxidize unpleasant odors and gases into harmless compounds.

Against pathogens 

NanoBase coatings are excellent for preventing any pathogen.

They have a microbicidal effect on the surface of almost all devices and equipment.

By adding silver to TiO2, NanoBase can be used in areas where there is little or no light. Thus, the coatings are not only active against bacteria and viruses, but are also suitable for the industrial manufacture of microbicidal masks, clothing and filters.

NanoBase is a proven and certified product that meets the antibacterial requirements of modern hygiene requirements.

  • high lasting effect

  • breakdown of pathogenic cells and endotoxins

  • safe, no additional dirt

  • environmentally friendly, harmless to humans and the environment

NanoBase is effective in breaking down virtually all pathogens and allergens (including MRSA, SARS, H5N1). In the case of bacteria and viruses, it also breaks down cells and endotoxins, effectively killing new varieties of bacteria.

Test Results 

Odoo • Kép és szöveg

The figure shows the almost complete (99.8%) decomposition of bacteria with an hour of exposure!

NanoBase is effective in breaking down virtually all pathogens and allergens (including MRSA, SARS, H5N1). In the case of bacteria and viruses, it also breaks down cells and endotoxins, effectively killing new varieties of bacteria.

Certificates - [test reports] 

BioService

Scientific Laboratories GmbH.

Qiality Labs

Biomaterial testing

Leibniz Universitat

Hannover