Here s a list of what type of roof damage that you should be looking for depending on the type of roof you have on your property.
Roof shingle damage wind.
Significant wind can cause shingles to blow off the roof deck.
Always be safe when checking for roof damage.
Strong winds heavy rain or falling tree branches can pull off your roof s shingles curling shingles.
Thus wind damage to a shingle during a storm with wind speeds less than 60 mph is probably a result of factors other than exposure to high winds.
Curling shingles are most often found.
Any shingle with inadequate adhesion is a wind lifted or wind damaged shingle.
Wind lifted or wind damaged shingles are not always visually apparent but are damaging to the roof.
Other wind damage may not be easy to see especially if the adhesive seal that provides a water shedding surface is broken.
Components of roof shingle wind damage resistance asphalt shingle wind resistance and the success of a roofing job in resisting wind damage combines several factors including proper shingle nail type nail quantity per shingle specified also by the manufacturer and at asphalt shingle installation.
Empirical tests can easily demonstrate the strength reduction of a shingle after a storm event.
Weather records may be obtained from the national oceanic and atmospheric administration to determine the wind speed of a particular storm.
If you have a shingled roof you may experience more wind damage during storms or high winds than property owners with flat roofs or other types of roofs since winds can lift or curl the shingles.
Uplift pressure from suction will first begin to fold shingles upward.
After a severe weather event significant wind damage to a roof may be highly visible such as a puncture from a fallen tree limb.
These are perhaps the easiest to find simply because there is water coming into your house where it.
If the wind force is strong.
Signs of wind damage on asphalt shingle roofs some signs of roof wind damage are more obvious than others.
How to spot wind damage roof leaks.