What is so special about ViroKill Technology that it can neutralize such microbes? The answer is in the peculiar nature of the material in the form of nanoparticles that are used in the company’s production.
These nanoparticles are incorporated into antiviral plywood and other materials that confer strong anti-microbial characteristics on surfaces to keep them sanitary. Knowledge about the chemical nature of ViroKill nanoparticles will answer the question of how these particles annihilate viruses, bacteria, and fungi.
The Core Components of ViroKill Nanoparticles.
The specificity of the ViroKill Technology comes from the nanoparticles specially designed for that purpose. These core components include:
- Silver Ions: Silver ions, for instance, due to their severe antimicrobial activity, are a part of ViroKill nanoparticles. They mar the microbial cell walls interfere with all cellular processes and cause the death of the pathogen.
- Zinc Oxide: Another important ingredient is zinc oxide which helps to even amplify the antimicrobial activity by producing free radical species (FRS) that work to eliminate microbes on contact with the surface.
How ViroKill Nanoparticles Work?
ViroKill Technology contains silver ions and zinc oxide which are effective in fighting a wide range of pathogens as seen from the cross-hybridized arrows. After the microbes fall on the ViroKill-treated surfaces, the nanoparticles let a process occur that destroys the microbes’ cell walls.
The antiviral plywood and other materials treated with ViroKill are thus capable of killing up to 99 percent of the virus out of the reach of the human eye. It refers to 99 percent viruses, bacteria, and fungi. That is why this mechanism removes the pathogens and also stops their reproduction, thus protecting the surfaces for a long time.
Antiviral Mechanism of ViroKill Technology
It is particularly necessary to highlight that the product possesses profound antiviral properties thanks to ViroKill Technology. The nanoparticles themselves seem to have a toxic effect on the viruses; they attack their protein coat and their DNA.
ViroKill treated plywood which is used to coat the surface works to break the viral replication cycle thus inactivating the virus. This makes ViroKill to be a necessity in most places where cleanliness is pivotal for instance in the health facilities and the unit where food is processed. ViroKill’s capability of inactivating viruses makes it even safer for these areas to be more protected and free from virus contamination.
Protection Made Lasting with ViroKill particles
The first point of strength associated with ViroKill Technology is its permanency. Nanoparticles used in the antiviral plywood do not wear off with time and are also not removed when the plywood is cleaned.
This is particularly important so that the antimicrobial performance results optimally when the fabric is used throughout its life cycle. Since ViroKill treated surfaces have a longer duration of effectiveness, they are less often to be washed therefore saving on the frequent maintenance. This durability is especially valuable where cleanliness is important such as in areas frequented by a large number of people.
Environmental Impact of ViroKill Technology.
Although ViroKill Technology is a very powerful tool in combating pathogens within a particular ecosystem it is still harmless to the natural environment. The nanoparticles employed in ViroKill do not have a poisonous disposition and do not give off toxic substances into the environment.
This makes it eco-friendly to use the ViroKill treated antiviral plywood in creating the necessary hygiene without degrading the environment. No hazardous substances are used in the ViroKill technology and this aligns with green chemistry for environmentally friendly products that has the promotion of the well-being of the public and the preservation of the environment.
Conclusion
The fundamental application of ViroKill is based on the nature of the nanoparticles that are used to provide the antimicrobial shield. Built with core components such as silver ions and zinc oxide, the innovation of ViroKill Technology guarantees a germ-free and safe surface.
Due to its antiviral properties that enable it to inactivate virtually all the known strains of viruses, bacteria, and fungi, ViroKill-treated antiviral plywood is indeed a veritable tool in combating the spread of diseases in some widely used surfaces. The long durability of the protection and eco-friendliness sweeten the deal as a unique complex in modern antimicrobial technology.
Sandy D