Wind Damage To Concrete Tile Roof

While concrete roofing tiles sound like a nice durable roofing option there are many concrete roof tile problems to be aware of.

Wind damage to concrete tile roof.

Wind resistance in regions prone to tornadoes hurricanes or extreme winds roof tile provides one of the best defenses against wind related property damage. If a tile is broken debris from a single tile can impact other tiles on the roof which can lead to a progres sive cascading failure. Take a look at how wind damage can affect your title roof with kelly roofing showing what types of damage can come from wind. Concrete and clay tile roofing resists hurricane force winds.

Haag research testing s exciting addition to its testing services is the wind simulator which is capable of generating wind speeds of up to 175 mph. These loose parts of the roof are easy targets because winds can more easily rip up loose shingles causing a chain reaction. Even when well at tached they can be easily broken by missiles. Develop a wind load model for low medium and high profile roof tiles to compute pressures and attachment forces 2.

Instead of getting a roof that may end up giving you issues or requires more maintenance than you may be willing to give consider synthetic roofing shakes. Tile roofs are very vulnerable to breakage from windborne debris missiles. Use findings to evaluate fbc 1609 5 3 and tas 101 95 mech. Unfortunately this geographic area has a high propensity for storm damage such as hail and high winds.

Rather wind tends to cause damage to the edges of the roof or areas of the roof that are already loose. In the united states concrete and clay tile roofs are typically seen in the southern portion of the country. In order to assess a range of wind speed that will cause the clay and concrete roof tiles to become hazardous wind borne debris the aerodynamic of the clay and concrete roof tiles need to be understood. Wind damaged roofs roofs are very susceptible to wind damage in part because high winds do not hit roofs uniformly.