Ultraviolet-C Germicidal Irradiation technology…
the trusted disinfection technology used by medical laboratories and hospitals, since 1936.
UV-Sure uses a high output industrial UV-C Disinfection Units to inactivate viruses, bacteria, spores, and fungi in just 3 minutes of UV-C exposure.
UV-Sure provides COVID-19 disinfection services, either after an infection, or to prepare commercial spaces for occupation. Since we do not use any harmful chemicals, we can disinfect your premises with minimal disruption to your operations.
Everything the light touches is disinfected
Globally, COVID-19 has public health sectors extremely anxious and has resulted in intensified efforts to prevent the transmission of any viral infections using environmental controls such as Ultraviolet Germicidal Irradiation (UVGI).
Benefits of UVC Disinfection?
UVGI -Ultra Violet Germicidal Irradiation
UV-C
UVGI (Ultra Violet Germicidal Irradiation) is a sterilization method that uses ultraviolet light at a sufficiently short wavelength to break down micro-organisms. Low-pressure mercury discharge lamps are used to emit shortwave Ultraviolet-C (Ultra Violet Band C) radiation. UV-C radiation kills all microbes by the principal mode of inactivation, damaging pathogens at a DNA level and rendering the microbe incapable of replicating, ultimately killing it.
By utilising the short wave-length of UV-C that is harmful to various forms of life at micro- organic level, UVGI disinfects air, water, and surfaces at a pathogen kill rate of 99.99%.
This is much higher and quicker than any other method, which is especially accommodating when addressing at larger spaces like rooms/ offices/ theatres/ etc.
This is much higher and quicker than any other method, which is especially accommodating when addressing at larger spaces like rooms/ offices/ theatres/ etc.
Traditional Options vs UV-C Disinfection?
Spray / Fogging
Potentially Harmful Chemicals
Waiting Time – Average 30-60 min wait after treatment
Disruptive
Potential Allergens
Efficacy Varies
UV-C Light
No Chemicals
No Waiting
Non-Disruptive
Hypo-allergenic
Kills 99.99%
What the experts say
“Many tests on related coronaviruses, including the SARS coronavirus,have concluded that they are highly susceptible to ultraviolet inactivation.”
Dr. Wladyslaw J. Kowalski, PhDChief Scientist and World UV Expert (2020)
“The Department of Employment and Labour appeal to employers to use the prescriptions of the OHSA in particular the Hazardous Biological Agents Regulations governing workplaces in relation to Coronavirus Disease 2019 caused by the SARS-CoV-2 virus.”
"DEPARTMENT OF LABOUR Notice NO. 479 29 APRIL 2020"Effective Treatment
- This is the 1st item
- This is the 2nd item
• More efficient than traditional disinfection options
• All pathogens killed, not only chemically targeted ones
• Kills COVID-19 in 3 minutes
• The UV-C dose is constantly measured during disinfection to ensure the optimum kill dose is consistent
• Disinfection Certificate issued
Made Locally
- This is the 1st item
- This is the 2nd item
• We use CE-Certified and high quality light sources
• Our on-site teams are highly trained and are compliant with OSH Act regulations
• Our UV-C units are regularly serviced to ensure optimum performance
• We regularly test our UV-C Units efficacy with SANAS calibrated meters.
Business First
- This is the 1st item
- This is the 2nd item
• Non-intrusive: No big cleaning teams needed on site
• Quick Response
• "Budget Friendly"
• Customised Solutions
• We are fully insured
FAQ
Does UV-C disinfect COVID-19 positive spaces?
Yes. We are very capable of safely disinfecting COVID-19 positive spaces.
Who can use the UV-C disinfection service?
Wherever there’s low to high volume people movement... basically all businesses.
How long must I wait before I can safley use my treated space?
"Treatment takes 5 mins of UV-C exposure time per 15sqm. Once treatment is done, you can make use of your space almost immediately… NO WAITING."
You may book an disinfection service or an information session, select the relevant option the booking form below.