August 2, 2012

Quarry Slate Roofing

If it is art that you’re after, then there is no better type of roofing material than quarry slate roofing.  Unlike some other types of roofing materials, the use of slate has a rich history of art and craftsmanship.  The process involved in making a slate roof is unlike that of most other types of roofing projects.

The rich history of quarry slate roofing goes back thousands of years in Europe, when the use of slate as a roofing material was well loved on castles and cathedrals due to its long life and durability.  There are countless buildings all over the world that have slate roofs that are well over one hundred years ancient.

The only downside associated with quarry slate roofing materials were the tendencies of the tiles to come loose and fall, but as with all types of roofing materials, this risk has been alleviated.  New manufacturing technologies have made quarry slate roofing materials better and less liable to come loose from the roof.

New underlayments have also improved slate tiles by making a better substructure to keep the tiles in place.  When it comes to the life of a slate roof, history has publicized that the tiles themselves will outlive the underlayment, or even the building itself.

Because of the work that goes into the installation of quarry slate roofing materials, the cost of such roofs is higher than some other types of roofing materials.  Though it might seem more expensive upfront, the life of quarry slate roofing materials can offer a roof that will stand the test of time.

The installation process requires the roofers to sort and cut most of the tiles that will go into the roof.  This means the most quarry slate roofs are a labor intensive project that require highly skilled professionals.  Of all of the roofing material types available, it is advised that consumers in Southern California make sure a contractor has experience with quarry slate roofing materials before committing to the project; this is more vital with slate than with other types of material.