Cleaning chemicals have the potential to eliminate tough messes with little effort. Thanks to the broad nature of cleaners, choosing the right chemicals for the job is sometimes challenging. Some chemicals are perfect for certain tasks and completely detrimental for others. Understanding pH values and chemical bases and how to match them to tasks helps users develop cleaning practices that are highly effective.
Understand the pH Values of Different Cleaners
Water-based cleaners use the pH system to indicate acidity or alkalinity. Chemicals with a pH of more than seven are alkaline, and those with lower pH levels are acidic. When tackling a buildup of rust, limescale, and soap scum in bathrooms, acidic cleaning chemicals work well. A good example of this is toilet descaler. However, when tackling everyday stains, these chemicals cause unsightly and permanent corrosion. Fortunately, alkaline cleaners eat their way through fat and grease, which are common problems in kitchens. One example is marble cleaner, which is not abrasive and leaves marble intact and sparkling.
Learn the Benefits of Different Sanitisers for Cleaning
Aside from pH values, different cleaners feature basic chemical compounds. Although brands may vary their concentrations and additives, the capabilities of these compounds remain largely the same. Chlorine is excellent when the purpose is to destroy all forms of bacteria. That is why pools, hospitals, and labs use chlorine tablets. However, chlorine has its disadvantages. It is not ideal for cleaning jobs that require excellent aesthetic results, as its corrosive nature destroys metals and rubber. Many all-purpose cleaning products use quaternary ammonium compounds because they are less corrosive, but they do not kill all microbes. Iodine solutions kill most microbes but stain plastic materials.
Pick Cleaning Products Accurately
Brands go out of their way to highlight how their cleaning products suit specific purposes. Some use product labelling, such as tile floor cleaner, to make the process of elimination relatively easy. However, it is always wise to keep pH and basic compound information in mind before purchasing. Kitchen cleaners, for example, may feature bases that do not work well with modern kitchen surfaces. For example, bleach damages stainless steel and even causes noxious gases when the concentration is high.
Keep the Cleaner's Function in Mind
After considering the cleaner's base and how it reacts with surfaces, it is necessary to consider its intended purpose. Cleaning degreaser might tackle hobs and barbecues, but it does not do much to remove mould. On the other hand, mould remover can actually make grease worse.