Red Deer Carpet Cleaning

How does hot water extraction carpet cleaning work? First we pre-treat carpets, high traffic areas and spots using our natural cleaning products . Then, we run our state-of-the art, high-powered hot water extraction cleaning system over the entire area. Hot water is injected into the carpet to further loosen up dirt and remove any cleaning solution. Finally a powerful vacuum sucks out all the debris leaving your carpets sanitary, clean and free of residue or odor. How long will it take for my carpets to dry? Typically between five and eight hours. Drying time depends on a number of factors such as the type and density of your carpet, room temperature, humidity and air movement. To speed up the drying time, keep your windows open for a few hours after the carpet cleaning is completed. Do you use portable or truck mounted equipment? Our technicians are equipped with both portable and truck mounted hot water extraction systems. The appropriate system will be used based on the access avaliable for your home. What is the difference between wet and dry carpet cleaning? Wet carpet cleaning (also known as hot water extraction) is neither harmful nor toxic and is safe for children and pets. This system injects hot water into your carpet at high pressure and a powerful vacuum sucks up the water together with any dirt, cleaning products or other debris leaving no residue behind. Dry carpet cleaning methods come in many forms. Some methods utilize powders, crystals, solvents and even shampoos. Often harmful residues can be left behind resulting from a lack of rinsing and perform more of a surface clean compared to hot water extraction carpet cleaning. How often should I have my carpet or upholstery cleaned? Every six months to one year. Frequency will depend on the amount of traffic you have in your home. Don’t wait for your carpets to smell funny or look bad before having them cleaned - this may negatively affect your health and the investment in your carpet. How can I help keep my carpets and upholstery clean between professional cleaning? AspenClean recommends that you vacuum your carpets regularly with a HEPA equipped vacuum cleaner. Clean entrance ways and high traffic areas more often and always clean up spills immediately. Carpet cleaning, for appearance, and the removal of stains, dirt, and allergens is done through several methods. Clean carpets are recognized by manufacturers as being more visually pleasing, potentially longer-lasting, and probably healthier than poorly maintained carpets.[1] Hot water extraction equipment may be a portable unit that plugs into an electrical outlet, or a truck mount carpet cleaner requiring long hoses from the truck or trailer. Truck mounted equipment may be used where electricity is unavailable (e.g. if electrical service was terminated). Truck mount carpet cleaning may be unsuited to premises distant from a driveway or road, and hoses may need to pass through windows to reach upper floors of a building. Hoses needed for truck mount and professional portable carpet cleaning may present an inconvenience or tripping hazard to users of hallways, and pets or children can escape through doors that must be left ajar for hoses. Heated or air conditioned air will also escape from buildings when doors are left open for hoses, potentially creating a significant waste of energy. 

Truck mounted carpet cleaning equipment minimizes noise in the room being cleaned, but truck mounted carpet cleaning equipment may cause noise and air pollution offensive to neighbors, and may violate anti-idling bylaws in some jurisdictions. However, truck-mounted cleaning is much faster than portable equipment, and extra heat and power can give faster drying times. A Rug Doctor rental carpet cleaning machine. A common process of hot water extraction [1] begins with preconditioning. Alkaline agents such as ammonia solution for synthetic carpets, or acidic solution (such as vinegar solution) for woolen carpets, are sprayed into the carpet, then agitated with a grooming brush or an automatic scrubbing machine. Next, a pressurized manual or automatic cleaning tool (such as a wand) passes over the surface to rinse out all pre-conditioner, residue, and particulates. If an alkaline detergent is used on a woolen fibre, use of an acetic acid solution will restore neutral fiber pH. The acid rinse thus neutralizes the alkaline residues, and can contribute to softening cleaned fabrics.[2] The hot water extraction method is the preferred method of many carpet manufacturers.[citation needed] Extraction is, by far, the most important step in the hot water extraction process. Since the hot-water extraction method uses much more water than other methods like bonnet or shampoo cleaning, proper extraction and air flow are critical to avoid drying issues. Drying time may also be decreased by extra use of fans, air conditioning, and/or outdoor ventilation.[3] Older surfaces, such as double jute-backed carpets and loose rugs with natural foundation yarns, could shrink after a wet treatment, leading to suppositions that wet-cleaning could also remove wrinkles.[citation needed] However, this notion is antiquated and this method could also occasionally tear seams or uproot strips.[citation needed] Newer carpets, such as with synthetic backing and foundation yarns, do not shrink, and they smooth easily; in such carpets, wrinkles indicate an underlying problem, such as adhesive, that may need a certified carpet inspector to determine.[4] Wet-cleaning systems naturally require drying time, which may lead to concerns about very slow drying, the risk of discoloration returning during drying, and odors, bacteria, fungi, molds, and mildews. Carpet cleaning specialists try to find a balance between rapid drying (attributable to lower flow rate through the cleaning jets of a spray system) and the need to remove the most soil (attributable to higher flow rate).[3] Pretreatments similar to those in dry-cleaning and "very low moisture" systems are employed, but require a longer dwell time of 15 to 20 minutes, because of lower amounts of carpet agitation. Ideal pretreatments should rinse easily and leave dry, powdery, or crystalline residue that can be flushed without contributing to re-soiling.[2] Dry-cleaning[edit] For more details on this topic, see Dry carpet cleaning. Many dry carpet-cleaning systems rely on specialized machines. 

These systems are mostly "very low moisture" (VLM) systems, relying on dry compounds complemented by application cleaning solutions, and are growing significantly in market share due in part to their very rapid drying time,[3] a significant factor for 24-hour commercial installations. Dry-cleaning and "very low moisture" systems are also often faster and less labor-intensive than wet-extraction systems. Heavily soiled areas require the application of manual spotting, pretreatments, preconditioners, and/or "traffic-lane cleaners", (commonly sprayed onto carpet prior to the primary use of the dry-cleaning system) which are detergents or emulsifiers which break the binding of different soils to carpet fibers over a short period of time. For example, one chemical may dissolve the greasy films that bind soils to the carpet, and thus prevent effective soil removal through vacuuming. The solution may add a solvent like d-limonene, petroleum byproducts, glycol ethers, or butyl agents. The amount of time the pretreatment dwells in the carpet should be less than 15 minutes, due to the thorough carpet brushing common to these "very low moisture" systems, which provides added agitation to ensure the pretreatment works fully through the carpet.[2] The benefit of dry carpet cleaning, over wet solutions, is that dry chemical compounds don't attract dirt, like dried shampoo.[citation needed] While dry carpet cleaning is more expensive and more time consuming to clean than Bonnet or extraction, dry cleaning formulas put less stress on the carpets themselves.[citation needed] Dry compound[edit] This section does not cite any sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (March 2015) (Learn how and when to remove this template message) A 98% biodegradable or others,[5] slightly moist absorbent cleaning compound may be spread evenly over carpet and brushed or scrubbed in. For small areas, a household hand brush can work such a compound into carpet pile; working like "tiny sponges", the attracted cleaning solution dissolve dirt, dirt and grime is attracted/absorbed to the compound, after a short drying time (the cleaning solution which is attracted to the compound must evaporate), it will be removed with a vacuum cleaner, the drier the better, leaving carpet immediately clean and dry. But it's very difficult to remove all residues, the residues can cause allergies and biological compounds may cause discolourations on carpets. For commercial applications, a specially designed cylindrical counter-rotating brushing system is used, without a vacuum cleaner. Machine scrubbing is more typical, in that hand scrubbing generally cleans only the top third of carpet. Encapsulation[edit] In the 1990s, new polymers began literally encapsulating (crystallizing) soil particles into dry residues on contact.[6] In the conventional cleaning process surfactant molecules attach themselves to oily soil particles, suspending them (emulsification) so that they can be easily rinsed away. Surfactant (detergent) molecules and emulsified soils which escape being rinsed away, remain in the fibre and continue to attract soiling, causing the condition of the carpet to degenerate; often re-soiling faster than before it was subjected to the cleaning process. Encapsulators are speciality detergent polymers which become part of the detergent system. As drying occurs (20-30 min. drytime), after cleaning, these encapsulators bind the detergent molecules and residual soils in a brittle, crystalline structure.[5] Detergent and soil particles can no longer attract other soils and are easily removed by dry vacuuming. In addition to binding the detergent and soil residues the encapsulation chemistry coats the clean fibre with the same brittle film. This reduces the fibre’s affinity for oily and particulate soils. As this brittle film"breaks away" and more soil is removed, the appearance of the fibre improves as opposed to soiling more rapidly. Products which also employ fluorochemical technology, display dramatically extended anti re-soiling time periods. Cleaning solution is applied by rotary machine, brush applicator, or compression sprayer.