Science Behind Killing Viruses in Atlanta - Virus Busters GA

3 Ways Our Solution Destroys These Microorganisms:

Breaching the cell membrane and damaging its integrity and metabolic function.

Binding to the cell’s DNA to halt replication and spread

Binding to the enzymes to cause denaturation and draining their energy source.

Breaching the cell membrane and damaging its integrity and metabolic function.

Binding to the cell’s DNA to halt replication and spread

Binding to the enzymes to cause denaturation and draining their energy source.

Effective killing time lasts up to 4 weeks depending on these variables:

Surface type

Temperature

Foot-Traffic

Surface type

Temperature

Foot-Traffic

How it Works

The mechanism for this action is that the chemical attaches to and around the virus body then unwraps the proteins on its surface causing the cell to rupture and break apart.

After spraying our disinfectant and letting it dwell onto any surface for around three minutes, the n-alkyls with the help of some other binding agents in the spray will attach to the surfaces and wait until a virus comes close to the surface, once it is in range the n-alkyl will detach and kill the intruder.

Our Formula

Our formula releases n-alkyls killing agent that targets mold, bacteria, viruses and other pathogens. The products reactive radicals immediately begin to attack the cell membrane of each microorganism it contacts. This weakens the cell and allows the atomized chemicals to enter.

How it Works

The mechanism for this action is that the chemical attaches to and around the virus body then unwraps the proteins on its surface causing the cell to rupture and break apart.

After spraying our disinfectant and letting it dwell onto any surface for around three minutes, the n-alkyls with the help of some other binding agents in the spray will attach to the surfaces and wait until a virus comes close to the surface, once it is in range the n-alkyl will detach and kill the intruder.

Our Formula

Our formula releases n-alkyls killing agent that targets mold, bacteria, viruses and other pathogens. The products reactive radicals immediately begin to attack the cell membrane of each microorganism it contacts. This weakens the cell and allows the atomized chemicals to enter.