Steam carpet vacuum cleaner adds beauty to your home and warmth to your feet. They protect the floors from all spills and stains. Dirt and dust hiding under the steam carpet vacuum cleaner are often the cause of allergies and asthmatic attacks. Hence, it is essential to keep the carpets clean. Cleaning with a steam carpet vacuum cleaner is the best method of keeping your carpets clean.
There are two types of the steam carpet vacuum cleaner. One is the dry carpet cleaner, and the other is the steam vacuum cleaner.
Dry carpet vacuum cleaner
As the name suggests, no liquid is used for cleaning in this cleaner. On the other hand, cleaning chemicals are used. Dry cleaners help clean carpets that experience heavy traffic like malls, schools, and churches.
steam carpet vacuum cleaner
These days, most carpet vacuum cleaners are steam vacuum cleaners.
This type of vacuum carpet cleaner uses steam as the cleaning agent for carpets. It creates steam from the water stored in its base and sprays the steam as a fine mist on the carpets. Rotating brushes help to extract the water and solution into a wastewater container. In this process, carpets are subjected to deep cleaning. The water content in the carpets is vacuumed simultaneously, leaving the carpets dry.
Steam vacuum cleaners are better suited for cleaning carpets. They are found to be very effective in removing dust and bacteria present in the carpets.
Before steam cleaning the carpet, it is always advisable to clean the carpet thoroughly to trap and remove all the dirt particles and debris on the carpets. After the cleaning, the carpet should be re-vacuumed to remove any wet content and keep the carpets dry.
What is a Hepa Filter?
If you have been shopping for a vacuum recently, you have probably noticed many of them like to market the fact their vacuums have a Hepa filter. You most likely know that a Hepa filter cleans air well, but that’s probably it, so I thought I would add a post with a bit more info about these types of air filters.
HEPA filter stands for “High-efficiency particulate air,” and it’s the filter media that air passes through in a Hepa filter system. The first Hepa filter came about in the 1940′s during the government’s Manhattan Project. During the atomic bomb development, they needed a new, remarkable filter media that could trap and prevent any small particles that may have been radioactive from escaping into the air. Arthur D. Little was the consulting firm contracted by the government responsible for researching and designing the new filter media. The main goal was to capture any condensed radioactive gas or liquids, and they settled on the size of .3 microns as their target goal. Therefore, the filter had to capture 99.97% of all particles, .3 microns or larger.
The filter is mainly made up of fiberglass fibers with a diameter of .5 to 2 microns in diameter arranged in a random mat. Even though the spacing between these fibers is more significant than .3 microns, the filter still captures these smaller particles. They are prevented from passing through because they stick to the fiberglass or can’t maneuver around all the other fibers to get through. Over the years, the Hepa filter has been improved to filter smaller and smaller particles, and some filters can remove up to 99.9999% of .3 micron-sized particles. Hepa filters are used in the medical industry as well as Laboratories, airlines, and vacuum cleaners. Their use in vacuums came about to eliminate allergens and pet danger to help those who suffer from allergies or asthma. Hepa filters can now be found on even lower-priced vacuums, so everyone can take advantage of this breakthrough technology from the 1940′s and enjoy cleaner air throughout the home.