Hygiene Treatments that kill 99.99% of bacteria for up to 30 days
Protect the health of your employees, customers and visitors with our long-lasting hygiene treatments.
Environmentally Friendly
Customised Hygiene Treatments
Non-corrosive
"80% of infectious diseases occur because of contact spread through hands and surfaces"
Our approach to hygiene is different
It is common to think that a visibly clean surface is also a hygienic surface. Most conventional cleaning products evaporate within 5 minutes after application and provide no ongoing protection against germs and bacteria. This means that traditional cleaning and disinfecting is not effective at protecting the health of your employees, customers and visitors.
Our approach to hygiene is different. Using our next generation antimicrobial solution, our hygiene treatments destroy germs and bacteria and locks onto surfaces to provide ongoing protection for up to 30 days. It kills 99.99% of bacteria and is effective against viruses* including COVID-19.
Our approach to hygiene is different. Using our next generation antimicrobial solution, our hygiene treatments destroy germs and bacteria and locks onto surfaces to provide ongoing protection for up to 30 days. It kills 99.99% of bacteria and is effective against viruses* including COVID-19.
Application
When our revolutions antimicrobial solution is applied it forms a microscopic layer of defence.
Protection
When a microbe comes into contact with the surface, it is destroyed.
Read real testimonials from our satisfied clients
We thought that having our office cleaned regularly was enough. However, after talking to a Hygiene Specialist, we realised that our regular cleaners do a great job at things like vacuuming and dusting. Still, they aren’t necessarily protecting us from viruses and bacteria which make our employees sick. Mould & Hygiene Solutions used their ATP machine and tested some high touch points throughout our office, and we were shocked by how unhygienic it was. One week after their treatment, the ATP Machine still gave a healthy score on the same high-touch surfaces. Very pleased with the results.
We initially engaged the hygiene team to get a price for some cleaning services. After talking to them, we soon realised that they aren’t a regular cleaning service, but we found out that they have a solution to the musty smell throughout our building. They came during the night so we could continue to work as usual during the day, and now we no longer have any odour. Even our customers have commented on the difference, and we are most impressed with the results.
We are very pleased with our hygiene treatment plan. We all feel like it’s a cleaner safer environment to work in.
How we know our treatment works
Peer Reviewed Scientific Literature
Microbial Hazards
Fungal Remediation
Microbial Hazards
Improved Control of Microbial Exposure Hazards in Hospitals: A 30-Month Field Study
R.A. Kemper1, L. Ayers2, C. Jacobson3, C. Smith4, and W.C.White5
The data from this study show that significant control of airborne microorganisms results from the modification or interior building surfaces with an organosilicon antimicrobial. Even when evaluated under severe environmental conditions, the antimicrobial activity of these modified surfaces provides substantive reduction of airborne microbial concentration.
The initial reduction of airborne microorganisms and the sustained control of microbial levels during the 30 months of this study are unprecedented in the literature. When viewed collectively, the safety, efficacy, and durability of this technology provide a unique opportunity to control the risks associated with microbial contamination in buildings.
The data from this study show that significant control of airborne microorganisms results from the modification or interior building surfaces with an organosilicon antimicrobial. Even when evaluated under severe environmental conditions, the antimicrobial activity of these modified surfaces provides substantive reduction of airborne microbial concentration.
The initial reduction of airborne microorganisms and the sustained control of microbial levels during the 30 months of this study are unprecedented in the literature. When viewed collectively, the safety, efficacy, and durability of this technology provide a unique opportunity to control the risks associated with microbial contamination in buildings.
Fungal Remediation
Fungal remediation and protective antimicrobial treatment of a ten story grossly contaminated hospital
Kumar S, Satish Bakhda and White WC
With the continuing increase in the number of severely immunocompromised patients, hospitals are faced with the growing problem of invasive aspergillosis and other opportunistic fungal infections. Since treatments of these infections are difficult and outcome is often fatal, preventive measures are of major importance in the control of invasive filamentous fungal infections.
Data from the study indicates that surfaces modified with a silane antimicrobial provides substantive reduction of airborne microbial concentration even in extreme environmental conditions with sustained control of microbial levels and provides a cleaner, healthier environment of care. When viewed collectively, the safety, efficacy, and durability of this technology provide a unique opportunity to control the risks associated with microbial contamination in buildings without continuous care of the hard-to-reach surfaces.
With the continuing increase in the number of severely immunocompromised patients, hospitals are faced with the growing problem of invasive aspergillosis and other opportunistic fungal infections. Since treatments of these infections are difficult and outcome is often fatal, preventive measures are of major importance in the control of invasive filamentous fungal infections.
Data from the study indicates that surfaces modified with a silane antimicrobial provides substantive reduction of airborne microbial concentration even in extreme environmental conditions with sustained control of microbial levels and provides a cleaner, healthier environment of care. When viewed collectively, the safety, efficacy, and durability of this technology provide a unique opportunity to control the risks associated with microbial contamination in buildings without continuous care of the hard-to-reach surfaces.
ATP and Bacterial Plate Testing
Through the use of ‘before and after’ ATP and Bacterial Plate Testing our Specialist Hygiene Team are able to quickly, and without exception, demonstrate the efficacy of our hygiene solutions.
ATP Testing is a rapid testing method used by Hygiene Auditors to quickly assess the cleanliness of surfaces. ATP monitoring is used in facilities to confirm that ATP (Adenosine Triphosphate) presence is eliminated or minimised by effective sanitation procedures. ATP monitoring is measured in Reflective Luminosity Units (RLU).
Bacterial Plate testing is a method used to measure the amount of bacteria on a surface. We take a swab of the treated surface and test it to determine the level of bacteria. The result is measured in Colony Forming Units (CFU).
ATP Testing is a rapid testing method used by Hygiene Auditors to quickly assess the cleanliness of surfaces. ATP monitoring is used in facilities to confirm that ATP (Adenosine Triphosphate) presence is eliminated or minimised by effective sanitation procedures. ATP monitoring is measured in Reflective Luminosity Units (RLU).
Bacterial Plate testing is a method used to measure the amount of bacteria on a surface. We take a swab of the treated surface and test it to determine the level of bacteria. The result is measured in Colony Forming Units (CFU).
FAQs
Frequently Asked Questions
Explore our frequently asked questions to better understand our hygiene solutions.
Most conventional cleaning products evaporate within 5 minutes after application and provide no ongoing protection against germs and bacteria. This means that surfaces such as tables, kitchen benchtops, doorhandles, computers etc are left vulnerable to the nasty bacteria and virus transmitted through touch, sneezing, coughing, breathing etc.
Our hygiene treatments not only disinfect on contact but as they dry, they form a microscopic protective layer on the surface so when germs and bacteria comes into contact with it, such as when someone coughs, it is destroyed for up to 30 days.
Our hygiene treatments not only disinfect on contact but as they dry, they form a microscopic protective layer on the surface so when germs and bacteria comes into contact with it, such as when someone coughs, it is destroyed for up to 30 days.
We use a highly effective antimicrobial solution to provide ongoing protection against germs and bacteria. This solution is supported by independent peer reviewed scientific literature that provides clear evidence regarding its capability and efficacy.
Our Specialist Hygiene Team are trained to follow specific application procedures and we can demonstrate firsthand the efficacy of our treatments through the use of ‘before and after’ ATP and Bacterial Plate Testing.
Our Specialist Hygiene Team are trained to follow specific application procedures and we can demonstrate firsthand the efficacy of our treatments through the use of ‘before and after’ ATP and Bacterial Plate Testing.
No. We use an Australian made, water based, non-hazardous, non-corrosive and environmentally friendly antimicrobial solution. It can be applied on nearly all surfaces including soft fabrics.
We work closely with businesses to understand their hygiene challenges to provide customised solutions that work. Whilst no hygiene treatment is the same, you can typically expect our Specialist Hygiene Team to undertake a deep clean of all surfaces to ensure they are free from biofilm. The team then expertly applies our Australian made, non-hazardous, non-corrosive and environmentally friendly antimicrobial solution. We regularly monitor the success of our hygiene treatment with ATP and Bacterial Plate Testing.
Get started
Speak to a member of our Specialist Hygiene Team today
Protect the health of your employees, customers and visitors with our long-lasting hygiene treatments.