There are several different types of disinfectants, including hydrogen peroxide, phenolics, and Clorox Disinfecting Wipes. The best disinfectants to use depend on a variety of factors, including whether they are odorless and do not stain surfaces. Here are some tips to choose the best disinfectant for your facility. You should consider a few primary considerations when selecting a disinfectant:
Clorox Disinfecting Wipes
In a recent study, a manufacturer of Clorox disinfecting wipes claimed that the wipes killed 99.9 percent of bacteria, viruses, and fungi on a variety of surfaces. Although they are not a miracle solution, the wipes’ effectiveness has been widely lauded. In fact, these wipes were found to be effective against several common germs such as salmonella, E. coli, and strep throat.
Disinfecting wipes containing Lysol and Clorox contain the same non-bleach antimicrobial agent, Alkyl C12-18 Dimethylbenzyl Ammonium Chloride, which are EPA-approved cleaning products. While Clorox wipes take longer to kill germs, Lysol wipes work within ten minutes. Both products are effective at killing viruses on hard surfaces, but the Lysol wipes are quicker to work.
The EPA’s Center for Biocide Chemistries maintains a list of approved disinfectants that are safe for people to use in their homes. Clorox disinfecting wipes and Purell Professional Surface Disinfectant Wipes are the most effective for killing germs. However, remember that disinfectants should never replace proper hand washing. This EPA administrator Andrew Wheeler explains that a disinfectant cannot replace hand-washing.
In terms of effectiveness, Lysol wipes are slightly cheaper than Clorox disinfecting wipes. The Lysol wipes are also cheaper, but Clorox disinfecting wipes are more durable. Both wipes kill viruses and bacteria on contact. When used properly, the Clorox wipes can kill up to 99.9% of germs on surfaces. They can also prevent the spread of infections and disease.
In addition to phenol, other chemicals are commonly used as sanitizing agents. These include carbolic acid and phenol. Phenolics are effective disinfectants for toilets, floors, drains, and wood. They also have anti-inflammatory properties. They are a common component of phenolic adhesives. Phenolics are also used in mouthwash and wood preservatives.
Since Lister’s work, phenol has occupied a prominent place in hospital disinfection. Other phenol derivatives, such as ortho-phenylphenol, have been studied for their antimicrobial properties. They have improved antimicrobial activity over the parent compound. However, phenol derivatives are susceptible to absorption and are not recommended for use on surfaces where food is consumed.
However, phenolic solutions are often referred to as cleaning solutions. While typical cleaning agents remove soils from surfaces, phenolic solutions do not remove soils. Soil-removing cleaning agents are also needed to enable phenolic solutions to reach the surface. Combined cleaner-disinfecting solutions are then used with non-woven polyester or cellulose blended wipers to ensure that soils are removed from the treated surfaces. Phenolic disinfectants are most commonly used in pharmaceutical and biological industries, which must ensure that surfaces remain pathogen-free.
There are many benefits to using hydrogen peroxide as a disinfectant. It does not require activation and is safe to use in most applications. Its oxidising properties may increase the removal of organisms and organic tissues from water. Hydrogen peroxide is also odorless and does not coagulate blood. Hydrogen peroxide is inexpensive to use, both manually and in automated machines.
Various researches have shown that hydrogen peroxide is highly effective against a wide range of microorganisms. However, to kill organisms with a high catalase activity, it must be used at a higher concentration. In a diluted solution, it requires 30-60 minutes of exposure, while bacteria with low catalase activity can survive as little as 15 minutes. Hence, hydrogen peroxide is one of the most effective disinfectants.
Another advantage of hydrogen peroxide is its ability to kill a broad range of bacteria and viruses. Its antibacterial and antiviral properties make it an effective disinfectant that can be used in every room of the house. Furthermore, its foaming action makes it an excellent solution for personal care, gardening, and food preparation. Although this chemical is more powerful than other disinfectants, it should be used with care, as its degrading properties may lead to damage to some surfaces.
The use of an intervention disinfectant has become a popular way to control the spread of diseases in hospitals, nursing homes, and other health care facilities. These products work by breaking down microorganisms so they can’t cause infection.