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100% Coverage in
30 days in just One Application
USING ELECTROSTATIC SPRAYERS & BIO-ARMOR KILLING MECHANISM
Bio-armor Antimicrobial Coating has a virus-killing mechanism that could last up to 30-days to an applied surface. GermBuster Electrostatic Sprayers don't miss a spot --providing 100% and even surface coverage made possible by Electrostatic Technology. Together, Bio-armor antimicrobial coating is greatly powered by GermBuster Electrostatic Sprayer --more efficient application and cost-effective in the long run.
HOW DOES BIO-ARMOR WORK?
An antimicrobial treatment that bonds to surfaces applied to and forms a bed of spikes- killing bacteria, viruses, mold, fungus and yeast by puncturing or rupturing them. ​
Once cured, this offers up to 24x7 extended continuous protection even with repeated washing, rubbing or laundering.
+ Minimal chance of adaptation and resistance
+Water-based & non-toxic so safe for people & the planet
+ Passed Highest Global Environmental Standards
BIO-ARMOR Antimicrobial Coating
PHOTOACTIVE
Turns any surface into an air purifier so no expensive gadgets and consumables needed.
Enhanced with a photocatalyst that uses light (natural or artificial) to rapidly destroy pollutants in the air like formaldehyde, ethylene and VOCs like carbon monoxide, nicotine, ben]ene and hydrogen cyanide (i.e. tobacco smoke) with no toxic byproducts (only carbon dioxide and water)
Attracts spittle, dust and smoke particles and makes them heavier so they settle on surfaces where the antimicrobial technology with kill the microbes
Best used in bathrooms, hospital rooms, gyms, air filters & air conditioning filters, car interiors
Also can act as a laundry post-treatment to lessen use of detergents
BIO-ARMOR Antimicrobial Coating
REPEL
Most useful when used to protect interiors.
Provides protection against water with a wicking effect to give you time to blot the moisture quickly.
Hard surfaces like laminates, metal, stone, wood, glass, plastic, vinyl, leather.
Soft surfaces like pillowcases, upholstery, shoes.
Can be applied to surfaces that don’t normally have or should not have much exposure to water.
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