Clay Roof Tile Products Sustainable Attributes Made from the earth, Boral Roofing Clay Roof Tile products are all natural, 100% recyclable, with a recycled material content of up to 59%, minimizing the environmental footprint and maximizing LEED credits. Their raw materials are sourced locally, ensuring minimal transportation footprints as well.
Concrete and clay roof tile is inherently sustainable. While other roofing materials – particularly petroleum-based asphalt shingles – clog landfills, concrete and clay tiles are mineral-based, nontoxic and can be recycled back into manufacturing immediately.
Another frequently asked question is “Are clay tiles fragile?”.
Although Clay Tiles can be fragile, they also can have a high impact resistance. Clay tiles can be made to withstand impact from 2-inch sized hail which gives it the highest impact rating of a Class 4 rating. If properly installed Clay tiles have strong wind resistance.
This means an energy saving of up to 30 per cent on the energy used producing clay tiles can be achieved when comparing the production of raw materials and production. Concrete tiles have a much lower embodied carbon as well.
What is the most sustainable ceramic tile?
If you’re in the market for sustainable ceramic tile, we recommend Fireclay and Heath. Porcelain: Made in a similar manner as ceramic tile, but using different materials (kaolin) and fired at much higher temperatures (read = more energy is needed).
Authentic clay tiles are made with natural clay that is shaped and fired, similar to ceramic tile. Some tiles receive special glazes or paints for color or other added properties. The clay used for tiles is such a plentiful resource that many clay tile manufacturers claim their products to be sustainable.
Are clay tiles waterproof?
We know that some clay tiles are waterproof and do not get affected due to water. Installation of Clay Tile Roof You must gather all the necessary tools before getting a clay tile roof installed. If you are installing a new roof over your old roof, you must remove the old roof first.
For the most part, you can treat ceramic tiles as though they were waterproof. That said though, there is also a small amount of “water infiltration” that will occur if water is allowed to stand on ceramic tiling for too long. The main reason for this, is that ceramic tiles are actually slightly porous.
CLAY-TITE is a dual layer waterproofing consisting of virgin HDPE (20 mil), sodium bentonite, and a protective layer consisting of a non-woven polypropylene.
Should you choose clay or concrete roof tiles for your roof?
Clay and concrete roof tiles need protection against both water and acidic pollutants, otherwise they might leach and crumble to pieces. Both clay and concrete are strongly absorbent materials. With the damp follow destructive contaminants and risk for frost cracking.
When I was reading we ran into the inquiry “Are concrete roof tiles clay or concrete?”.
Here is what we ran into. Concrete may also have a relatively smooth surface, but the rough texture on the butts of the tile is a key indicator that it is not clay. In addition, concrete tiles are more porous than clay and, therefore, are sometimes painted to accent the roof. So, now it’s been determined whether the tiles are clay or concrete.
Are clay roof tiles resilient to hail damage?
Both concrete and clay roof tiles are resilient, even more so than the more common composition asphalt shingles. In fact, based on field observations and laboratory testing, it has been established that hailstones less than 2 inches in diameter will generally not damage a competent and properly installed concrete or clay tile.
With minimum maintenance, clay tiles will outlast most homeowners as they can last 100 years or more. They are highly fire resistant and can withstand extreme hot and cold weather, as well as hail and high winds.
Are asbestos-cement roofs hail resistant?
Ice ball impact test results on asbestos- cement tile. Asbestos-cement roofing tiles had the greatest hail resistance among cementitious products tested in spite of its small thickness. This conclusion has also been confirmed in our field inspections of asbestos-cement tile roofs (Figure 17).