How Polyurethane is Revolutionizing Roofing in Dallas, TX

Commercial Roofing Company, Commercial Roofing Contractor, Commercial Roofing Services, Roof Coating, Roof Types
Posted on March 27, 2017 by Anderson Industrial Roofing

How-Polyurethane-is-Revolutionizing-Roofing-in-Dallas-TXMost homeowners do not have the slightest idea about the trends in roofing and how they have changed over the years. Contrary to popular belief, there are plenty of types of materials which have been used for roofing for decades. Roofing projects include the use of materials such as rubber, thermoplastic, and even metal.
Commercial settings have it the worst where the only viable option to people seems to be metal roofing. This, however, is only due to lack of research and knowledge about other options for roofing in Dallas, TX. Commercial roofers in Dallas, TX will tell you that the latest and most efficient material being used for roofing these days is polyurethane. In fact, roofing has been changed in many different ways since polyurethane was introduced as an option.
Read on to learn more about polyurethane foam roofing in Dallas, TX and how it is revolutionizing the world of roofing.

How is it installed?

If the first thing that comes to your mind when you hear about polyurethane foam roofing in Dallas, TX is heavy machinery and weeks of trouble for handling debris, you’re in for a surprise. In fact, if you have been putting off roofing in Dallas, TX because of bad past experiences and seemingly endless days of installation, you should consider polyurethane foam roofing in Dallas, TX.
The process of the installation of polyurethane foam roofing is fairly simple. A mixture of isocyanate and polyol is made, which is then sprayed with the help of a high-powered spray gun. The next step in the installation of polyurethane foam roofing in Dallas, TX is the application of an elastomeric coating to the surface of the roof.
The best part about the application of this coating is that even though it generally requires the use of power rollers, the task can also be done by hands with ease—that too without compromising on the quality of the finished work. The primary reason of the application of this elastomeric coating is the strengthening of the roofing membrane. Once this coating is applied, the durability and overall robustness of the roof increases as it is granted additional protection against elements which can cause damage and affect the longevity of the roof.

Great finished look

The fact that polyurethane foam roofing in Dallas, TX is a roofing option based on seamless integration makes the finished look very unique and appealing.
Not only does the roof look beautiful as a single unit, but since the foam used as the base of polyurethane foam roofing in Dallas, TX comprises of no seams or joints, the roof acts as a great insulator, preventing the seepage of any water or air. This is one of the major reasons why roofers in Dallas, TX are recommending polyurethane foam roofing to an increasing number of people. This roofing method is guaranteed to protect your structure from those leaks which are uncalled for.

Can be applied to sloping roofs

One of the major advantages of using polyurethane foam roofing in Dallas, TX is that it is not only possible to apply this type of roofing to sloping roofs, but polyurethane is also one of the most efficient types of roofing available for these types of roofs. Some roofers in Dallas, TX even go as far as calling polyurethane foam roofing the perfect solution for slanted and sloping roofs.
A drawback of sloping and slanting roofs is that they tend to accumulate water during the rainy season in Dallas, TX. Not only can this standing water seep into the membrane of the roof and damage the structure itself, but it is also possible for the water to ultimately leak into the house if it remains standing on the roof for too long. This problem, too, can be dealt with by the application of polyurethane foam roofing in Dallas, TX.

Lightweight

Another one of the reasons why roofers in Dallas, TX prefer polyurethane foam roofing and are recommending it to so many people in the city is because it is extremely lightweight. This also makes it ideal for repairing broken roofing structures since polyurethane foam roofing can easily be integrated with the existing roofing, that too, without damaging it at all.
The mixture for polyurethane foam roofing in Dallas, TX can weigh as less as 60 pounds per 100 square feet which is why it is an ideal option not only for repairs, but also for the installation of new roofing.

Protection against heat and thermal shock

In a state like Texas, long summers and high temperatures are not uncommon. This, too, is a problem which can be dealt with by installing polyurethane foam roofing. Not only can harmful UV rays be reflected easily by the coating which is applied during the installation of polyurethane foam roofing, but the coating can also act as a very good insulator, protecting your home or commercial building from heat and temperature fluctuations.

Flexibility

Polyurethane foam roofing can easily bear the expansion and contraction which is required of roofing according to the changes in weather. Every roofing material expands during the warm summer days and contracts in winter. Where most materials end up weakening due to the constant contraction and expansion, polyurethane foam roofing in Dallas, TX can easily sustain all of these required changes which makes it an ideal roofing option in Dallas.

Cost and maintenance

Initially, the cost of installing polyurethane foam roofing in Dallas, TX can seem to be much higher than the alternatives available. The longevity and extremely low labor costs, however, make this a very cost efficient option for roofing in Dallas, TX.
Maintenance is also extremely easy since the only thing which needs to be done in order to repair a damaged polyurethane foam roof is to apply a new coating of foam without removing the old one.
 
To learn more about polyurethane and how to install it in your own commercial building, contact Anderson Industrial Roofing.