Did you just discover that your basement or laundry room floor is wet due to a plumbing issue? Or was your property turned into a wading pool by a recent flood or storm? It’s likely that you’re thinking about how to clean that mess up — and whether structural drying should be involved. In this post, we’ll talk about why structural drying restoration is necessary and what the basics are.
What is Structural Drying?
The structural drying process is quite simple: in order to achieve something close to a sufficiently dry standard or goal, excess moisture must be removed from materials. Thus, the process of drying wet buildings involves extracting moisture trapped within building materials (for example, drywall, dimensional lumber, concrete, etc.)
4 principal defines structural drying:
Water Extraction – Eliminating water
Drying structures is based on water extraction as the first step. In spite of the fact that several extraction methods exist, physical extraction releases water the fastest. Liquid water extraction works more efficiently, at least 500 times than air movers and dehumidifiers when used in this state.
Airflow – Evaporation Phase
The remaining moisture is evaporated with high-velocity air movers after the water has been physically removed. The market has expanded to include air movers as structural drying equipment specifically tailored to fast structural drying in recent years. Their low energy consumption improves the efficiency of air circulation.
Dehumidification – Balancing evaporation
It is not simply that the moisture in the floor and furniture disappears as it dries out and evaporates, and mold and evaporates into the air as water vapor. The room would be damaged if there were no dehumidifiers to remove the moisture. Mold growth after water damage would certainly result from a delayed drying process.
Temperature Control – Managing the temperature
After structural drying and dehumidification, in the first 36 to 48 hours, the temperature of the air should be between 70 and 90 degrees Fahrenheit. The evaporation process is helped by warmer air than 70 degrees Fahrenheit as cooler air slows evaporation. The heat that exceeds 90 degrees Fahrenheit hinders dehumidifiers’ operation.
Also Read : Can Mold Cause Structural Damage
Why do you Need Structural Drying?
Professional structural drying and water damage restoration offers numerous benefits, including:
Increases efficiency
Professionals handle the structural drying of your home, which is a fast and efficient process. You can expect them to continue working until the flood damage restoration is completed so that your house can return to normal as soon as possible.
Ensures no secondary damage occurs
Another component of the structural drying process is preventing mold growth and bacteria from spreading. So you will not have to worry about lingering moisture after your home has been completely dried, the professionals have the right equipment and processes.
The process is non-destructive
The structural drying technique used by professionals helps protect critical building materials by preserving their integrity during water damage recovery. Whether wood, drywall, or other materials in the area have been wetted by water, they will take every precaution to keep your property from further damage.
Final Thoughts
Professional structural drying also includes documentation of all moisture measurements and the best methods. Your insurance company will be able to view this documentation and know that you have taken every necessary measure to save your home. That indicates you have a much better chance of having your claim verified, closed, rather than starting over again.
Get in touch with Kings Restoration today if your property has sustained substantial water damage and you want professionals to fix it. We provide expert structural drying, water removal, and water damage restoration services throughout Dallas-Fort Worth.
