Hail Damaged Roof in Fort Worth
Naturally, if you suspect a hail damaged roof in Fort Worth after a hailstorm, you would like to inspect your roof. However, before you take out your ladder to start inspecting your roof, there are a few things that you should be aware of. If you are in the habit of conducting regular roof inspections every year during the spring, you should look for changes that are evident since the previous inspection. This will ensure that you see any issues of potential damage before they become really serious.
You should always ask for a qualified roofing inspector. If you have identified potential issues during your annual inspection of the roof for you suspect any kind of hail damage after a severe storm, this is always desirable. Many roofing contractors who specialise in the repair compensated by insurance often offer free inspection. The trained professional is able to detect hidden damage, recognise hail damage as opposed to natural wear and tear and brief you on the findings while making further recommendations about repairs and contact with the insurance company. This is all the more necessary if you are uncomfortable with climbing on your roof for an inspection. The investment in the inspection by the roofing professional is worth the money and provides an accurate assessment of the condition of your roof.
If you are in a position to observe the size of the hailstones during the storm, it will put you in a position to estimate what damage you can expect to find. If the size is less than 1 inch, there could still be considerable damage to an asphalt roof, but identifying the damage could be more complicated. You will probably the assistance of a trained professional to identify the damage caused by a storm. If the size is between 1 inch and 2 inches, it should be easier to spot damage on the asphalt shingles themselves as well as any soft metal bits on the roof. If the size is more than 2 inches the level of hail damage on an asphalt roof should be apparent. You should call in a preferred roofing contractor for a full inspection and assessment of the damage and notify your insurance company accordingly.
The area of your roof containing soft metal should be first inspected. Areas such as roof vents, skylights and flashing can be highly vulnerable and will show signs of any possible hail damage and give an indication of the size of the hailstones. The peak of a ridge or a cap often take a direct hit from the hailstones as opposed to the glancing blows to the main roof slopes. Because of the location, ridges are more easily damaged by hail regardless of the direction in which the storm came from. You should also take a look at the shingles themselves. There are three main signs of shingle damage, including missing granules, circular cracking and bruising. Missing granules expose the black layer underneath the shingles and if they look fresh, should indicate new hail damage. You can detect bruising by running your hand over individual shingles and feeling for indentations. Areas with a spongy feel like a damaged tomato should be noted because damage could become evident over time. Circular cracking happen in the shape of a half moon or a circle and this kind of damage indicates that the fibreglass matting has been damaged leading to possible water penetration.
You should always ask for a qualified roofing inspector. If you have identified potential issues during your annual inspection of the roof for you suspect any kind of hail damage after a severe storm, this is always desirable. Many roofing contractors who specialise in the repair compensated by insurance often offer free inspection. The trained professional is able to detect hidden damage, recognise hail damage as opposed to natural wear and tear and brief you on the findings while making further recommendations about repairs and contact with the insurance company. This is all the more necessary if you are uncomfortable with climbing on your roof for an inspection. The investment in the inspection by the roofing professional is worth the money and provides an accurate assessment of the condition of your roof.
If you are in a position to observe the size of the hailstones during the storm, it will put you in a position to estimate what damage you can expect to find. If the size is less than 1 inch, there could still be considerable damage to an asphalt roof, but identifying the damage could be more complicated. You will probably the assistance of a trained professional to identify the damage caused by a storm. If the size is between 1 inch and 2 inches, it should be easier to spot damage on the asphalt shingles themselves as well as any soft metal bits on the roof. If the size is more than 2 inches the level of hail damage on an asphalt roof should be apparent. You should call in a preferred roofing contractor for a full inspection and assessment of the damage and notify your insurance company accordingly.
The area of your roof containing soft metal should be first inspected. Areas such as roof vents, skylights and flashing can be highly vulnerable and will show signs of any possible hail damage and give an indication of the size of the hailstones. The peak of a ridge or a cap often take a direct hit from the hailstones as opposed to the glancing blows to the main roof slopes. Because of the location, ridges are more easily damaged by hail regardless of the direction in which the storm came from. You should also take a look at the shingles themselves. There are three main signs of shingle damage, including missing granules, circular cracking and bruising. Missing granules expose the black layer underneath the shingles and if they look fresh, should indicate new hail damage. You can detect bruising by running your hand over individual shingles and feeling for indentations. Areas with a spongy feel like a damaged tomato should be noted because damage could become evident over time. Circular cracking happen in the shape of a half moon or a circle and this kind of damage indicates that the fibreglass matting has been damaged leading to possible water penetration.