Tag: Water Damage Restoration
Water damage is caused when water enters a structure via either a direct hose pipe or indirectly via a low-pressure water supply. Water damage occurs when the invading water increases in pressure beyond the rate at which the structure can dissipate the excess water via gravity. Common examples of water damage include leaks in roofs, basements, sewers, pipes, water heaters, toilets, showers, water tables, valves, and cabinets. Water damage is classified according to its location, as wet/dry, active/passive, and hidden/undesired. Wet/dry damage occurs when water is actually moving through a building, whereas active/passive damage occurs when the outside contaminates the inside of the building, and hidden/undesired damage occurs when the environment becomes hostile to living organisms. Water Mold Fire Restoration of Tampa, FL is an excellent resource for this.
There are two common methods of water damage restoration, wet reconstruction and dry reconstruction. Wet reconstruction involves removing debris and replacing it with a new one using organic materials; dry reconstruction utilizes materials that are non-porous. Wet reconstruction is less expensive than dry reconstruction because it uses fewer materials and because materials used in wet reconstruction are usually resistant to mold and mildew growth. Dry reconstruction techniques do not require extensive removal of structure and only basic clean-up is needed after damage occurs. The average cost of water damage restoration depends on the complexity of the process required, the amount of damage, and the insurance coverage of the property.
Water extraction is the next stage of water damage restoration and is generally the most difficult to complete. Removing water from interior spaces such as bathrooms, laundry rooms, hallways, and windows is difficult and requires more manpower and equipment than the first step. Water extraction can be accomplished using pump trucks, water extraction vans, high-pressure water jets, and vacuum extractors. The average cost of water extraction is dependent on the size of the area to be treated and is generally lower than that of wet reconstruction.
CONTACT INFO :
Water Mold Fire Restoration of Tampa
4109 Interlake Drive, Tampa, FL 33624
Phone Number : (813) 438-3891
Water damage refers to a number of potential losses resulting from water penetrating where it may enable non-attainment of a structure or material by non-destructive processes including rotting of wood, bacterial growth, mold proliferation, corrosion of metal, swelling of plastic materials like plywood, de-lamination of valuable materials like oil, re-soiling of carpeting, formation of mildew on furnishings, and so many others. When a building is affected by water, it may not only create structural damages but also affect the people’s health by causing sickness due to damp conditions. Some damages also cause odor problems. Aside from these, damage from water may destroy the aesthetic value of the property. Fortunately, there are several ways that can be used in order to effectively deal with the damage caused by water. However, damage restoration methods vary depending on the type of damage that has occurred, the extent of the damage, and the type of materials that have been affected.Do you want to learn more? Visit -Water Mold Fire Restoration of Tampa
Most buildings that have been badly damaged by water have to undergo thorough water damage restoration. Aside from structural repair, the building must be cleaned thoroughly to remove all possible obstructions that could impede the quick-drying process of the area. In doing so, the area will be subjected to drying, especially when it is involved in humid and wet conditions. The cleaning team should use effective cleaning materials that are designed for use in moist areas, such as paper towels, dry cleaning cloths, cleaning solvent, and so forth.
When it comes to mold growth or other forms of moisture-related problems, the building must be subjected to complete structural damage repairs and mold remediation. This method should include the use of high-pressure water extraction equipment and the use of high-efficiency hygienic cleaners to clean surfaces, especially in areas that are known to have had leaks or structural damages. After this step is complete, the building will then undergo mold testing in an attempt to detect the presence of mildew or other possible allergens and toxins that could trigger allergic reactions. Finally, the area will then undergo mold remediation, which involves cleaning and eliminating mold, removing damaged furnishings, and replacing damaged flooring and walls.