The Science of Clean
You might understand the difference between cleaning, disinfecting, and sanitizing – but is your current routine up to today’s standards? And more importantly, are you using the time you have to clean as efficiently as possible?
First, let’s look at a refresher on the different ways to clean a space.
What does “clean” mean?
- Cleaning removes visible soil, debris, microorganisms, and organic substances from surfaces.
- Sanitizing reduces bacteria to levels deemed safe by public health safety standards, decreasing the risk of infection.
- Disinfecting eliminates pathogens and disease-causing microorganisms, except bacterial spores.
Popular standard cleaning methods include pre-saturated wipes and spray bottles. These may clean and partially sanitize or disinfect a surface but often do not provide complete surface coverage.
With wipe-away cleaning methods, you risk leaving behind visible streaks and invisible viral particles. Every missed spot is a health risk to customers, guests, and staff, and every streak left behind signals that cleanliness is not a priority.
Now consider how long you or your staff spend cleaning each day. For example, using traditional cleaning methods, it can take up to fifteen minutes just to clean the surfaces in a standard classroom. That means hours are lost every week, which is time nobody has. You shouldn’t have to choose between keeping spaces clean and saving time.
A smarter way to clean
What if you could ensure spaces are thoroughly cleaned and disinfected, signal to customers and guests that their health is a priority, and save time on your cleaning routine?
Victory Innovations electrostatic sprayers are the new standard in clean for a good reason – they provide better clean and significant time savings. The Cordless Electrostatic System uses a charging ring to place a positive charge on whatever liquid is added to the tank. The positively charged particles repel each other, allowing for better and further distribution of liquid. Furthermore, since most surfaces are negatively charged or neutral, they tend to attract positively charged particles. That means you get better surface coverage and 90% more efficient disinfecting than traditional methods.