2021-06-25 by hqt
Why to use uvc disinfectants?
More and more public areas are becoming germinal points. That is why it is very important for all of us to properly protect ourselves from toxic pathogens. The best solution for this is d pulsed UVC robot!
Correct protection can only be possible if we follow guidelines correctly. Normal cleaning can never be as clean as disinfection! This method only kills 99.99% of germs, whereas normal cleaning only kills 10% to 90% of all germs. Killing germs means that the disinfectant first destroys the cell walls of germs before removing the nucleus.
What to look for when buying pulsed UVC robot?
When buying disinfectants, you must always pay attention to the description first. The various articles cannot be suitable for all surfaces or for all types of disinfection. There are also concentrates and ready-to-use disinfectants.
In order to maintain the effectiveness of many products, it must be properly stored. Both heat and frost should be avoided during storage, as this affects the product quality. There is even an expiration date for disinfectants that should be observed.
Rules of pulsed UVC robot disinfection
Because even the best pulsed UVC robot works only as well as we use it. There are 3 basic rules of disinfecting that must be followed:
Application: the product must first of all be applied to the surface it is to disinfect. Sounds easy – but it is often not in corners, etc.!
Exposure time: The next basic rule says that the exposure time, which is often noted on the article, should really be observed. Especially with hands, which can often only be washed a certain time after disinfection?
Dosage: Now the last of the rules: Correct dosage of the disinfectant. Only with the right amount can it possible that all germs are easy to kill. Suitable gloves we should wear when disinfecting with pulsed UVC robot! Should there still be contact with the skin, you will usually find the correct behavior in the given case on the back of the products.
What to avoid when using pulsed UVC robot?
Avoid mixing 2 or even more disinfectants. The adage “double is better” does not apply here, but rather the effects of the mixed articles neutralize each other.
Hygiene plan in medical institutions
The hygiene plan appeared for all medical and non-medical practices and clinics so that patients in medical facilities can rely on compliance with hygienic standards. This plan comes into the following subdivisions:
Hygiene and cleaning with pulsed UVC robot
What exactly are UV radiation and ozone?
- Ozone
From a chemical point of view, ozone (O 3) is a molecule comes up of three oxygen atoms. The substance is gaseous at room temperature. For some time now, science has been dealing with the properties of ozone and its various areas of application – including ozone disinfection. - UV C
UV C is a range of ultraviolet radiation. In general, UV radiation is beyond the electromagnetic wave spectrum that is easy to perceive by humans. UV C rays are extremely short-wave and therefore particularly rich in energy.
How does the ozone and UV C disinfection work?
The elimination of harmful microorganisms through UV radiation is a purely physical process. Radiation in the UV C range is particularly rich in energy and has the optimal wavelength for destroying germs.
Ozone, on the other hand, is a highly reactive molecule. This means that it reacts with almost all chemical substances with which it comes into contact and combines with them to form a new substance. The ozone itself becomes normal oxygen (O 2 ). For this reason, the pulsed UVC robot is particularly effective for removing odors.
The combination of UV C and ozone disinfection is very effective
By combining the disinfecting properties of both methods, pathogens have an even lower chance of survival. Ozone gas also penetrates into places that hardly reach by a UV C lamp.
Areas of application for ozone cleaners and UV C disinfection
Both ozone cleaners and UV light for disinfection are common today in a wide variety of areas. For example, UV C radiation is mostly common in the form of lamps to remove mites and germs, while ozone is primarily good for the direct cleaning of devices, for example the ozone air conditioning disinfection.
The latter is also famous as an effective means of eliminating unpleasant odors.
In some areas and trades, ozone cleaners and UV light for disinfection have already become almost indispensable:
Use of pulsed UVC robot in Hospitals
It goes without saying that hygiene is of great importance, especially in health facilities. The original cleaning method with strong disinfectant sprays is not always sufficient – especially in recent years, numerous hospitals in Central Europe have had problems with multi-resistant germs.
The use of a uvc robots so far proven to be an effective method against these pathogens: Even microorganisms that show no reaction to antibiotics or chemical disinfectants are easy to destroy by the radiation.
When using UV lamps, however, we should note that it is mainly the high-energy radiation in the UV C range that has the desired effect on harmful germs and parasites.
A pulsed UVC robot can destroy pathogens causing dangerous diseases such as polio or hepatitis, among other things.
Gastronomy
When dealing with food, too , cleanliness and hygiene are the top priorities. A UV C lamp in the kitchen eliminates harmful pathogens that are mainly common in foods such as raw meat or fish and that can spread to the work surface during preparation. Pulsed UVC robot is also ideal for the sterilization of warehouses and cold rooms.
Summary: pulsed UVC robot
Because of their bactericidal and germicidal effect, pulsed UVC robot disinfection and ozone disinfection are often common in swimming pools as an alternative to cleaning with chlorine. Unlike chlorine, these agents have no effect on water quality. There do not have negative health consequences for swimmers and bathers.
