OZONE ULTRA CLEAN
Welcome
Welcome
We
would like to introduce you to an innovative
sanitising method that uses advanced technology
to safely sanitise both air and surface areas
using Ozone.
Why Use Ozone?
Currently, almost all sanitisation is performed using Chlorine based or similar chemical detergents. Whilst the current system is relatively effective, it is often labour intensive and complete coverage of all surfaces cannot be easily achieved. Chemical fogging can overcome the latter disadvantage, but can still become problematic on vertical surfaces and with some textiles.
Ozone is a highly effective sanitising agent for a number of reasons. It very quickly destroys any organic matter it comes into contact with and easily reaches into places that cannot normally be accessed. As it is a gas composed entirely of Oxygen it performs equally on all surface orientations and leaves no chemical residue to dispose of.
Ozone can be used to treat air and surfaces in combat against multiple organisms such as:
Why Use Ozone?
Currently, almost all sanitisation is performed using Chlorine based or similar chemical detergents. Whilst the current system is relatively effective, it is often labour intensive and complete coverage of all surfaces cannot be easily achieved. Chemical fogging can overcome the latter disadvantage, but can still become problematic on vertical surfaces and with some textiles.
Ozone is a highly effective sanitising agent for a number of reasons. It very quickly destroys any organic matter it comes into contact with and easily reaches into places that cannot normally be accessed. As it is a gas composed entirely of Oxygen it performs equally on all surface orientations and leaves no chemical residue to dispose of.
Ozone can be used to treat air and surfaces in combat against multiple organisms such as:
| Bacteria and Viruses, e.g. | |
| • Listeria Monocytogenes | • M. R. S. A. |
| • NORA Virus | • E-Coli 0157:H7 |
| • Listeria | • Pseudomonas Aeruginosa |
| • Salmonella | • Staphylococcus Aureus |
| • Cold & Influenza | • Clostridium Botulinum |
| Protein Based Allergens, e.g. | |
| • Dust Mites | • Pollen |
| • Pet Dander | • Moulds |
| • Yeasts | • Fungus |
Deodorisation
As a result of its killing action on organic contaminants, Ozone is unmatched as a deodorising agent. Rather than simply masking odours with fragrance, Ozone deodorises by destroying the source of the odour. This results in long term odour removal, and leaves problem areas smelling of fresh, clean air.
As a result of its killing action on organic contaminants, Ozone is unmatched as a deodorising agent. Rather than simply masking odours with fragrance, Ozone deodorises by destroying the source of the odour. This results in long term odour removal, and leaves problem areas smelling of fresh, clean air.
In
association with:
