Our expert cleaners are carefully selected and then fully trained to give them a deep.
Application Video
Our Antimicrobial Protective Coating is a high-level disinfectant technology platform offering safe, effective, user-friendly single step cleaning and disinfection across a wide range of industries from healthcare to educational establishments, to food processing to transportation.
Our product is based around the quaternary ammonium compounds dodecyl dimethyl ammonium chloride (DDAC) and benzalkonium chloride (BAC) with an adjuvant effect to enhance its antimicrobial efficacy.
How effective is the 90 Days Antimicrobial Coatingagainst microbes?
Extensive testing at independent, accredited laboratories has demonstrated that our 90 Days Antimicrobial Coating offers broad-spectrum high-level disinfection. See the Anti-microbial efficancy tab for details of the antimicrobial testing that Bacteria Guard cleaner has passed.
*All testing was performed using hard water and under dirty conditions in order to present the toughest challenge to the Bacteria Guard Cleaner technology.
How cost-effective is the 90 days Antimicrobial Coating?
A clinical paper by Keward (2013) in the British Journal of Nursing reported an 84% cost saving when adopting our 90 Days Protective Coating Trust-wide at Alder Hey Children s hospital in place of chlorine dioxide on a like for like basis i.e. 1x litre of our product vs. 1 litre of Carbon Dioxide.
How does the Antimicrobial Protective Coating micro-organisms?
The Antimicrobial Protective Coating kills micro-organisms by simultaneously attacking multiple microbial structures and components which are all essential to life. The result is a rapid microbial kill of bacteria, viruses, fungi and spores.
What makes the Antimicrobial Protective Coating unique?
In addition to very high levels of antimicrobial efficacy, the 90 days Protective Coating is fragrance-free, chlorine-free, alcohol-free and exhibits the following key qualities when in use:-
non-corrosive
non-irritant
non-toxic
food safe in use
cost-effective
easy to use with excellent levels of user acceptance
prolonged antimicrobial effect after application
excellent materials compatibility
Why, where, when and how should I use the 90 days Protective Coating?
Why: Improving environmental cleanliness reduces the risk of infection, cross infection, contamination, spoilage etc. whilst also reducing the number of microbes transferred onto peoples hands. Our products have been particularly successful in the very challenging healthcare setting where their use has resulted in cleaner clinical environments when compared to both standard cleaning10 and chlorine dioxide-based cleaning and disinfection protocols.
Where: The Antimicrobial Protective Coating is designed for use in situations where there is a clear need to create and maintain the cleanest possible environment whilst reducing the bioburden (i.e. the number of microbes present) in order to interrupt key microbial transmission pathways (surfaces and/or air) and reduce the risk of infection, cross infection, contamination, spoilage etc.
When: To get the best results, the Antimicrobial Protective Coating should be used frequently and it should be used in place of your standard cleaning and/or disinfection products, becoming an integral part of your normal cleaning process.
How: the Antimicrobial Protective Coating cleans and disinfects simultaneously and therefore only requires a single-stage process to achieve the highest level of cleanliness. The product is very simple to use and will fit into your existing cleaning processes with no training required.
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Hillcross Hygiene
Protective Coating
Application Video
Our Antimicrobial Protective Coating is a high-level disinfectant technology platform offering safe, effective, user-friendly single step cleaning and disinfection across a wide range of industries from healthcare to educational establishments, to food processing to transportation.
Our product is based around the quaternary ammonium compounds dodecyl dimethyl ammonium chloride (DDAC) and benzalkonium chloride (BAC) with an adjuvant effect to enhance its antimicrobial efficacy.