Business Advice4 min

Energy-Efficient Building Materials For Hot Climates

In hot climates, energy efficiency can be a top concern for homeowners. Increased needs for cooling alone can lead to higher energy costs, so builders and homeowners alike are typically on the lookout for ways to mitigate energy spend and create energy-efficient house designs for hot climates. 

One way for builders to address the need for efficiency is to install energy-efficient radiant barriers. Let’s dig in and see how LP’s #1-rated radiant barrier product, LP® TechShield® Radiant Barrier, works and how it can fit into your build. 

Why Do Energy-Efficient Buildings in Hot and Dry Climates Need Radiant Barriers? 

Many cities in the United States experience temperatures that top 90° F for more than 67 days in an average year, which can add up to significant energy expenses. For that reason, homeowners living in hot climates may be more concerned about keeping energy costs under control. 

In fact, according to a study conducted by the National Association of Home Builders (NAHB) titled “What Home Buyers Really Want,” data showed that 9 out of 10 buyers would choose a home with energy-efficient features over a home with lower upfront costs. This shows the need for builders to practice energy-efficient construction in hot, humid climates.

 Craig Miles, Director, OSB Sales & Marketing, considers defending a home against rising energy costs an issue of resiliency. “At LP, we define resiliency in a broader context,” Miles says. “To me, resiliency means not only that your home won’t get knocked down, but how resilient is your home to unpredictable factors?”

That’s where radiant barriers come in. Though we can’t predict the costs of energy, we can help to ensure homes have the ability to mitigate energy use as much as possible.

How Does an Energy-Efficient Radiant Barrier Work?

For energy-efficient buildings in hot and dry climates, a radiant barrier is crucial. As the sun heats up roof panels, a panel with a radiant barrier reduces the amount of heat that emits from the roof into the home’s attic. As a result temperatures in the attic are reduced, which helps keep cooling costs down.

LP TechShield panels feature a radiant barrier overlay on engineered wood, combining the strength of engineered OSB products with heat-reducing technology. When in place and installed correctly, these panels can help block up to 97% of radiant heat in the roof from emitting into the home’s attic, reducing attic temperatures by up to 30° F. 

Additionally, LP’s patented VaporVents technology, created with LP’s post-lamination foil incising process, allows any trapped moisture to escape from the panels during and after installation. This detail is especially important in energy-efficient construction for hot, humid climates.

How Does LP TechShield Radiant Barrier Work With My Build?

Though they work hard as an energy-efficient radiant barrier, LP TechShield radiant barrier installation is done just like conventional roof sheathing. The panels are available on APA Exposure 1 rated OSB in common performance categories, making them easy to plan for within your build. Their common size, 48 inches by 96 inches, also gives you a standard measurement to plan for when ordering.

Using LP TechShield panels in your build may also help you qualify for various energy codes and certifications, such as Green Building Credits, energy rebates and lower HERS scores. The HERS index, in particular, is the industry standard to measure a home’s collective energy efficiency. LP TechShield panels may help lower your build’s score, and the lower the score goes the more efficiently the home operates.

LP TechShield is installed to help reduce attic temperatures

Building Materials for Hot Climates Backed by LP  

As a builder, “you must consider what you need to be resilient against,” says Miles. When you build with LP, there’s an answer for most resiliency threats, including building materials for hot climates. “Ultimately, you need to be resilient against factors outside of your control,” Miles adds, one of which is energy costs.

In addition to the product helping to lower energy costs, LP TechShield panels are backed by a 20-year transferable limited warranty, offering peace of mind and assurance of LP’s confidence in their innovative approach to energy management. 

Creating an energy-efficient house design for a hot climate? Learn more about LP TechShield roof panels here and check out the LP Structural Solutions portfolio of products for additional innovative ways to Defend Your Build®.

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Business Advice4 min

Choosing Materials: Best Siding for Cold Climates

January and February typically usher in the season’s coldest temperatures, bringing the need to use building materials that can withstand frigid temperatures with them. However, it’s often the freeze/thaw cycle––cold days followed by quick warm-ups––that can cause significant damage to a home’s siding. So, what is the best siding for cold climates to combat this?

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