Robert Morris, a Trenton, New Jersey manufacturer, created the first sheet metal roof for his own Philadelphia mansion in 1794. Even though Thomas Jefferson advocated for metal roofs, it took nearly 100 years before U.S. homeowners considered them as a reasonable roofing option. Today, metal roofs are steadily gaining in popularity and account for 13% of the market.
Most homeowners cite longevity as the decision to install a metal roof on their family’s home. While some plan to pass their home to the next generation and select building materials that stand the test of time, other homeowners simply want the security of the decades-long warranty.
Still, others choose metal roofs for their weather-resiliency benefits, providing a means to help protect their homes in the event of a wildfire or hurricane-force winds. Homeowners in wildland-urban interface (WUI) areas typically choose fire-resistant roofing systems that are less likely to ignite from a wayward ember. Homeowners living among the country’s coastal areas occupy a high-wind zone, and many metal roofs can sustain winds nearing 140 mph.
As you walk up to a jobsite and see metal roofing installed, you may wonder, “Is a radiant barrier necessary with a metal roof?” The answer is yes. Radiant barriers are a great option for homeowners who want energy efficiency as a top benefit/factor.
Metal roofs reflect the sun’s UV and infrared light rays that contribute to roof surface radiant heat rather than absorb it, which can reduce cooling costs. For homeowners building a new home and choosing materials with sustainability in mind, the combination of LP® TechShield® Radiant Barrier and a “cool-metal” roof work in harmony to help reduce the heat transfer.
“For customers who want to optimize their energy efficiency, it’s important to consider the entire roof assembly. Ask yourself, ‘Where is the heat going to transfer in?’ A radiant barrier in the roof assembly reduces the heat from going further into the attic space,” Jeff Yelle, Director, OSB/EWP Research & Technology at LP Building Solutions said. “That’s why the combination of the two work very well together.”
LP TechShield sheathing helps block 97% of the radiant heat in the roof panel from emitting into a home’s attic, decreasing attic temperatures by up to 30° F.
“LP TechShield Radiant Barrier is recognized widely as a way that you can provide your clients with energy-efficient materials. It may also help you qualify for certain Green Building credits and contribute to other sustainable building standards, such as LEED,” Yelle said.
Importantly, LP TechShield panels can also help you achieve a lower Home Energy Rating System (HERS) index score, which is an industry standard that measures a home’s energy efficiency. A lower HERS score, increases the potential of the home’s energy efficiency.
Radiant barriers tend to provide a bigger bang for your buck in warmer climates, especially the South, Southeast and Southwest. If you’re installing the air handler and ductwork in the attic, which is common in the South, pairing a metal roof and LP TechShield Radiant Barrier helps reduce heat transfer into the attic space, allowing for reduced energy consumption from the air conditioner.
A luxury homebuilder in California using LP TechShield Radiant Barrier noted that even while the house was in the framing stages, he felt the difference the radiant barriers made in helping the house feel cooler. The combination of a metal roof and LP TechShield Radiant Barrier works nearly anywhere in the country.
LP TechShield roof sheathing works with a metal roof as long as you follow the installation instructions, and make sure to leave a 3/4˝ air space from the foil surface of the LP TechShield sheathing.
Place LP TechShield panels with the foil side facing down on the roof, toward the attic air space. Fasten the panels a minimum of 6˝ on center at supported panel ends and edges and 12˝ on center at intermediate supports. LP recommends using 8d nails. For additional installation details, refer to the Technical Bulletin No. TS-02101.
How do you talk to your homeowners about radiant barriers? Here are some tips.
The #1 problem on a jobsite? Water. Because when it rains, it pours. When rain hits before a new house is fully closed in, it can be disastrous not only for your construction schedule but also for your home’s sub-flooring and exterior sheathing.Continue Reading
With the rise in popularity of homebuilding TV shows and access to an abundance of exterior products and accessories, homeowners are more aware than ever of their home’s exterior. While style and design are top-of-mind for your clients, efficiency is also on your radar as a builder. Thankfully, you don’t have to choose between the two. We talked with building pro Kyle Stumpenhorst about the ways a versatile product suite like LP® SmartSide® Trim & Siding can help achieve a customizable and efficient build.
When building professionals are selecting building materials and calculating construction costs, many turn to third-party testing such as the RSMeans estimating handbook and online tools —especially as they relate to installation time savings and validating manufacturers’ claims. The group studied LP® SmartSide® Trim & Siding installation specifically, and we sat down with them to ask how RSMeans data works and what takes place behind the scenes of their time-labor studies.
Want to reduce callbacks on your construction projects? Well, squeaky floors are one of the most common causes for callbacks, and the most common cause of squeaky floors is a failure to securely attach sub-flooring to floor joists. Here’s a simple and painless remedy to resolve this problem.