A severe windstorm may cause havoc to a house. Some homeowners find issues with window sealing, whereas others experience roof damage. Strong winds damage a building in different ways. But, with a quick response from top restoration companies in Toronto will remove your concerns.
What is storm/wind damage?
High-velocity air movements impact your building and uproot trees. Debris may enter your house during the storm. Especially, winds that blow at a rate higher than 60mph cause serious structural problems. However, old roofing materials easily get damaged even by low-speed winds. The most devastating situation happens when the wind speed is higher than 140 mph.
The impact of the storm depends on the types of wind-
- Straight-line winds move uniformly and cause extensive siding and roof damage.
- Macrobursts and downbursts of air spread outward and crush tree roofs.
- Hurricane-force winds that continue blowing for hours stress the structures.
- Tornado winds collapse your soffits and peel roofing shingles.
What are the signs of storm damage?
After a wind event, you need to inspect your roof and other areas of your property to detect signs of damage. A few common signs of storm damage are-
These are not just cosmetic damage; they will compromise your roof’s functional value. You may need to repair insulation and waterproofing layers.
What to do just after a violent storm?
You have to focus on flooded areas, unstable structures, and the affected power lines. Make sure you have recorded videos or snapped photos of the damage. It will help you file an insurance claim for the storm damage. It is also essential to tarp holes in your roofing system to prevent additional harm. But, the most significant step is to hire professionals for storm damage restoration.
Conclusion
Storms can put your house and its roof at risk. Professionals will assess your house thoroughly and take steps for restoration. They will also restore the condition of your roof. Thus, call the best restoration team to save your property from storm damage.
