The storm creates strong winds that are released in a particular place. It is very harmful, especially to our homes. The storm also creates intense wind pressure. Wind pressure is considered the common cause of failure for tiled roofs. As the wind moves over the roof, it makes upward forces that cause the tiles to shake or fall off entirely, and DFW area roof damage from storms. It is vital to understand this subtle differentiation to build a safer roofing system. Preventing the lifting of the tiles is the key to keeping them on the roof. Below are the tips to avoid your roof tiles from being blown off during a heavy storm.
Understand the Cause
As the wind goes over the roof area, it causes the air pressure on top of the roofing to decrease. In the same period, the pressure under the roof increases. This increase in pressure inside the loft space causes a positive pressure on the roof tiles. On the other hand, negative pressure above causes the tiles to be blown off, lifting the tiles’ tail. The lower the pitch of the roofing, the higher the forces will be.
Apply Roofing Tiles
If the tiles are being vacuumed upwards instead of being blown, the old method of fixing the tiles is perhaps not the best. The only thing that provides the basis for the tile is the load on the tile. The United Kingdom has shown that a foundation tile can withstand the roof’s energy with nails in the brain five times. The buzzing occurs when the tiles are lifted and are lifted from the terminal vertebra. I favor having a silicone cord between the layers of tiles to provide the next line of defense against tile noise.
Install the Clip of the Roof Tiles at the Right Angles
It is important to note that modern tile clamps must be installed correctly if you want to achieve a result. Tile clamps are usually nailed near the seam track. Due to the risk of damage to the tile, there is a tendency to push the nail too deep into the seam track. The clip should be positioned at right angles near the tile. The roof hook must be set correctly to prevent the tile from loosening. In my opinion, the old wiring method, which is based on these tiles, is exceptional for modern clip technology. The cable is fixed to a well at the bottom of the tile and between the tiles’ layers on the invitation bar. I re-roofed the wire ceilings that are more than 50 years old, and even the cable stays firmly in place.
Apply Roofing Felts or Sarking
The most important element of roofs to prevent wind damage is the roofing felt. The roofing felt or shuttering membrane is placed under the poles until the tiles are fixed. The main task of all felt roofs is to reduce wind damage. The waterproofing of roofing felt is not as important as its wind barrier properties. It must be securely fixed with an overlap of 150 mm. An excess stick should be placed where the paper stinks to prevent the end from dripping between the leaves. If the felt is not well fixed, the closing force depends on the weak point, which causes the most problems.
Fix All the Ridge and Hip Tiles
All crest tiles and stilts must be mechanically fixed in the areas exposed to the wind. Roof mortar alone should not be used to protect these tiles. After breaking the connection between the tile and stilts, the tile can be released upwards. They must be located, cut, or wired.
The parts which mostly being submitted to wind uplift are the eaves, verges, and ridges. In these regions, it is advisable to take additional precautions when laying the tile. Nail and secure all tiles in the periphery. A modest extra time required by the installation phase will ensure that the tiles remain protected even in the rain.
