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Water Damage Restoration: Learning About Advanced Drying Techniques

Whenever a property is damaged by water, it is very important to dry the said property including all its contents as effectively and quickly as possible. In the past, there were only very few options when it comes to water damage restoration, and water damage restoration contractors only have limited equipment when it comes to variety, availability, effectiveness, and efficiency. Water damage mitigation efforts and restoration of structures to its pre-loss condition were often ineffective. A common and widely accepted practice done by water damage restoration contractors in the past include removal and disposal of pads, carpets, and drywall. It resulted in a significant expense among insurance companies and long periods of disruption to homeowners or building occupants.

However, today the drying techniques have significantly improved with the advancement in technology. Water damaged pads, carpets and drywalls can be restored completely and they don’t need replacement, resulting in lower costs and allowing occupants to return to their normal lives with far less disruption and in the shortest possible time. Today, powerful water extraction equipment is very effective and efficient unlike in the past when simple vacuum units were used but were ineffective. Today, the best water damage restoration equipment allow pad water extraction and leave underlying pad slightly moist but not really wet. Highly knowledgeable, well-trained and experienced water damage restoration professionals use techniques and equipment in order to keep the repair costs down as well as drying times to a minimum. This eliminates all the costs associated with the past methods of water damage restoration such as removing carpet, replacing pads, buying new materials and disposing old ones. With faster drying techniques, molds and fungi have lesser time to develop and colonize, alleviating health issues such as allergic reactions and respiratory discomfort occurring because of fungal contamination. With the use of new and advanced dehumidification systems, quick drying is attained, thus removing moisture and prevents mold and fungi growth.

Through effective quick drying techniques, irreversible swelling on porous materials like wood and paper is prevented, long with rust formation on metals, shrinkage of some fabrics and electronic equipment damage due to high levels of humidity. The different newer water damage restoration technologies include Low Grain Refrigerant (LGR) dehumidifiers, desiccants, and intra-wall drying. Low Grain Refrigerant dehumidifiers help reduce levels of humidity as low as ten percent that removes up to sixteen gallons of water from the air per day. Silica gels are used as desiccants to absorb air moisture generating extremely dry air and warm temperatures. Intra-wall drying involves removal of baseboards and drilling of small holes so air is forced into the wall cavity, reducing the wall’s drying time.The Essential Laws of Businesses Explained

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