EPDM Roofing Dallas, TX
For decades, membrane roofing has been a well-liked option for commercial structures. However, in some locations,
roof membranes are now also utilized on homes.
EPDM is one of the most popular membrane choices for homes. What, though, is EPDM roofing?
What information about it do you need to know?
Ethylene propylene diene terpolymer, sometimes known as EPDM, is a synthetic rubber black membrane that is frequently utilized in industrial and healthcare settings. However, as I previously stated, EPDM roofing has a role in residential roofing as well,
despite being utilized primarily in commercial applications.
In contrast to white membrane roof systems, the black membrane will absorb heat.
This is why I wouldn’t advise using it instead of a bedroom or living room.
It won’t get as dirty as the white material, despite the fact that it doesn’t have the benefit of reflecting heat like the white membranes. Therefore, you don’t need to be concerned about an EPDM roof’s appearance from a window.
You can still install EPDM over a bedroom or living roof, but I advise against it for low slope or flat roofs over garages or other non-dwelling spaces. When making your final choice, only take into account the heat absorption that comes with a black EPDM membrane roof system.
Why You Need EPDM Roofing
A rubber membrane cannot be applied to every type or pitch of roof. The first thing you should understand about EPDM roofing is what circumstances require it.
When a roof’s pitch (also known as steepness) is less than 2:12, it is said to have a low slope (less than 2 vertical units up for every 12 horizontal units out). Water won’t run down the roof as easily as it would on a steeper pitch since the roof pitch is flat or almost flat.
A waterproof material is required if your roof is flat or has a low slope in its entirety or in some areas. This eliminates the majority of roofing materials, including asphalt shingles, which are used most frequently.
Asphalt shingles cannot be put on roof pitches less than 2:12 according to installation guidelines and building requirements. Because of this, low slope or flat roofs require the installation of EPDM roofing (or another flat roof system).
How Long Will an EPDM Roof Last?
The lifespan of a roof indicates how many years it will remain leak-free and even indicates when it will eventually need to be replaced. It’s similar to having a rubber roof system that is bulletproof because EPDM roofing is so strong.
A fully adherent, 0.060-thickness EPDM roof should last for about 25 to 30 years if it is put correctly. Just keep in mind that while giving an EPDM roof a 25 or 30 year lifespan is excellent, it doesn’t guarantee that you’ll get that many years out of it.
The amount of years you get out of your roofing material, including EPDM roofing, depends on a variety of variables. This covers the local climate, how much direct sunshine it receives, the installation’s caliber, and more.
However, if EPDM roofing is properly built, you should achieve quite close to the aforementioned lifespan range.
How Much Does EPDM Roofing Cost?
Cost is the last and most crucial factor about EPDM roofing that you should know. Please be aware that due to the numerous cost variables, a precise pricing cannot be given.
You should simply use the data below to understand the necessary budget for EPDM roofing. In light of this, the price of EPDM roofing for smaller projects will range from $14 to $17 per square foot and from $12 to $13 for slightly bigger projects.
Where you fall inside the pricing range above is determined by a few significant cost variables. The first is the kind of insulation used beneath the EPDM roofing membrane itself.
It is more expensive to utilize insulation that is thick enough to completely encase the building than it is to use fabric insulation and glue the membrane to it. The size of the roof that will have EPDM roofing installed is the second factor.
The cost per square foot will really be on the higher end of the price range if your project is smaller. The cost per square foot dramatically reduces for larger projects, the opposite of what happens for smaller ones.