| Steam cleaners are widely used to clean a wide | | | | Anti Bacterial Technology |
| variety of surfaces hospitals, restaurants, hotels, and | | | | For cleaning hospitals, healthcare facilities, and nursing |
| other businesses. Among these facilities, hospitals | | | | homes, one must select a steam cleaning machine |
| face the most demanding applications. Tackling the | | | | capable of eliminating bacteria and fungi commonly |
| sanitization of multiple surfaces is challenging, but | | | | present in hospitals and nursing homes. Maintenance |
| must be done to ensure the health and safety of | | | | professionals cannot solely rely on high temperatures. |
| patients, visitors, doctors, nurses, and other | | | | Instead, systems equipped with special bacteria-killing |
| employees. | | | | facilities are required. |
| A search on the internet will reveal a number of | | | | The best anti bacterial technology eliminates more |
| different steam cleaning machines, including industrial | | | | than 99% of all commonly occurring microorganisms |
| steam cleaners, vapor steam cleaners, and | | | | and harmful bacteria. Such machines can eliminate the |
| commercial steam cleaners. While many suppliers claim | | | | threat of Escherichia coli, listeria, and other kinds of |
| that their systems can eliminate bacteria, only a | | | | disease-causing microorganisms to create a healthier |
| select few can truly sanitize surfaces. Read on to | | | | hospital environment. |
| find tips on selecting true anti bacterial steam | | | | Filters |
| cleaners for cleaning hospitals and nursing homes. | | | | The atmosphere of hospitals must be free of dust |
| How to Find the Right Machine | | | | and devoid of any impurities. To make sure the |
| Before focusing on the anti bacterial aspect of a | | | | environment and the surfaces of hospital buildings are |
| steam cleaning machine, it is important to find a | | | | clean, one must use steam cleaning equipment with |
| powerful system that can carry out a variety of | | | | HEPA filters. These filters can absorb extremely small |
| cleaning applications. The efficiency of a steam | | | | particles. |
| cleaning machine depends primarily on its output | | | | Machines having quality HEPA filters can extract dust |
| temperature rating. Quality machines eject dry steam | | | | particles as low as 0.3 microns. Ordinary steam |
| onto the surface. Dry steam is superheated water | | | | cleaning machines will only reintroduce these particles |
| with a water content of less than 5 percent. The | | | | back into the air. Such small particles might cause |
| output temperature can be as high as 360°F, with | | | | asthma and allergies in patients and visitors. |
| higher temperatures working to more readily dissolve | | | | Therefore, removing them is an important cleaning |
| stubborn stains and residues. | | | | task in hospitals and nursing homes. |
| Another specification of these machines is output | | | | When selecting a steam cleaner for hospital or |
| pressure rating. Output pressure can reach as high as | | | | healthcare maintenance, be sure to remember these |
| 150 psi. Higher pressure levels translate to greater | | | | essential features: high steam temperatures, anti |
| power; however, steam cleaning machines are not | | | | bacterial technology, and HEPA filtration. Machines |
| designed to eliminate grease due to their | | | | employing these three features are simply the best |
| characteristically low pressure levels. | | | | systems for hospital cleaning. |