Looking for a Disinfectant that Health Canada approved to eliminate CoVid-19?
Are you considering how to re-open your business or how to keep it open during the age of COVID-19 while still protecting your community? Then ZANITECH can help with the solution your business might well be searching for.
Our professional team can provide comprehensive electrostatic spraying services that are specifically designed to target areas that may have been exposed to COVID-19 and other infectious microbes. All our electrostatic spraying services work to provide a safe disinfected space that will help protect your employees and customers from infection in the workplace.
How Does Electrostatic Spray Disinfection With ZANITECH Safely Work?
ZANITECH utilizes electrostatic spray disinfection systems that turn disinfectant liquid into aerosols and then apply a charge to each droplet so that they are attracted to surfaces through electrostatic forces which are greater than gravity.
The goal of using electrostatic sprayer is to evenly coat the target surface with the disinfectant chemical, as traditional sprayers and hand wiping can leave a spotty or incomplete coverage, increasing the Coronavirus’ chances of surviving the remediation process. Electrostatic spraying can help minimize the risks of the infective organisms surviving by providing superior disease control due to the fact that the disinfecting chemical has a greater chance of coming in contact with the virus.
Occupational Health and Safety Benefits of Electrostatic Spraying
- Because electrostatic sprayers create a dry fog, no damage is done to papers, equipment, or electronics
- Safe for humans – using low-volume electrostatic spraying means that everyone in the area will be exposed to the least possible amount of disinfectant
- Less toxic chemicals can be used — The increased effectiveness of electrostatic spraying allows more choices for disinfecting and sanitizing chemicals
- Better for the environment — Being able to use safer chemicals and to reduce waste helps to substantially lower the environmental impact.
