YOUR 5-STAR RATED LOCAL EXPERTS
YOUR 5-STAR RATED LOCAL EXPERTS
New construction provides the best opportunity to make energy-efficiency decisions before walls and finishes conceal the building assembly. For a home being built in the Butadieno Street area of Borger, Texas, Flatland Roofing & Insulation was hired to insulate the second floor with closed-cell spray foam.
The objective was straightforward: create a high-performance insulation layer that would help the upper floor remain cooler during hot Panhandle summers and warmer through cold winter conditions. Applying the foam during construction gave our crew direct access to framing cavities and allowed the insulation strategy to become part of the home from the beginning.
Upper floors are often the most difficult areas of a home to keep comfortable. Heat from the roof and attic affects nearby rooms during summer, while winter heat naturally rises and can escape through inadequately insulated upper assemblies. Air leakage around framing transitions and penetrations can further increase the load on the HVAC system.
Because this Borger project was still under construction, the insulation could be installed before drywall and interior finishes limited access. That allowed the team to focus on continuity across the intended second-floor areas and create a more complete thermal and air-control layer.
Closed-cell spray foam expands after application and adheres to the surfaces where it is installed. Its dense structure provides thermal resistance while also helping restrict unwanted air movement through the assembly. Unlike loose-fill products, it does not rely solely on gravity to remain in an open wall or roof cavity.
Closed-cell foam can be a strong choice when a project calls for high performance within available cavity space. Product selection, required thickness, ignition or thermal barriers, ventilation strategy, and code compliance must be coordinated with the complete construction plan. Those details should always follow the approved project specifications rather than a generic one-size-fits-all recommendation.
Our team applied closed-cell spray foam to the designated second-floor areas while the framing was accessible. The application formed a continuous layer across the prepared cavities and around irregular areas that can be difficult to address with rigid insulation.
Careful coverage matters. Insulation performance is reduced when gaps or missed transitions allow air and heat to bypass the material. The open-construction stage made it possible to inspect the installed foam before the assemblies were covered by later finishes.
Borger and the surrounding Texas Panhandle experience intense sun, strong wind, cold fronts, and wide swings between daytime and nighttime temperatures. A well-designed insulation and air-control system helps reduce the speed at which those outdoor conditions influence indoor rooms.
During summer, the spray foam helps slow heat transfer toward the second floor and reduces uncontrolled hot-air movement through insulated areas. In winter, it helps retain conditioned heat and limit drafts. Actual energy performance depends on the entire building—including windows, doors, HVAC design, ductwork, ventilation, and occupant use—but insulation is a foundational part of that system.
The second floor now has closed-cell spray foam installed as part of the original construction rather than as a later retrofit. The homeowner will not need to open finished walls to add this layer in the future, and the builder can continue with the interior knowing the designated areas have been insulated.
The best time to correct an insulation gap is before it becomes hidden behind a finished wall. On this Borger build, closed-cell foam allowed energy performance to be planned into the home instead of added as an afterthought.
Spray foam should be coordinated with the builder, HVAC contractor, and applicable project specifications. Because the material can significantly reduce air leakage, mechanical ventilation and combustion-safety considerations may differ from those in a leakier building.
Homeowners and builders should discuss the target assemblies, product type, specified depth, required barriers, ventilation approach, and sequencing before installation. Documenting the work before drywall also provides a useful record of where insulation was applied.
It is a dense expanding insulation that adheres to the installed surface and provides both thermal resistance and air-control benefits when applied as part of a properly designed assembly.
Upper floors are especially affected by heat from the roof, rising indoor air, and leakage around roof and wall transitions. Spray foam can help create a more continuous insulation layer in those areas.
No, but new construction offers direct access to framing cavities and simplifies inspection before finishes are installed. Retrofit suitability depends on the existing building.
No single material can guarantee a specific utility reduction. It can reduce heat transfer and air leakage, while total energy use also depends on the HVAC system, windows, doors, ducts, controls, and occupant behavior.
Trusted by 500+ Texas Families
Planning a new build or energy-efficiency upgrade in Borger or the Texas Panhandle? Flatland Roofing & Insulation can evaluate the project and explain appropriate insulation options. Contact our team to discuss the building scope.
Request A Free Estimate Today!
