As much as 40% of a building’s overall energy loss is due to air leakage. Air infiltrates through cracks and gaps in walls, windows, and doorways, leading to drafty rooms. Similarly, conditioned air in the building finds its way out through these gaps, requiring your heating system to work overtime to keep your house warm.
Other insulation materials, such as fiberglass and cellulose, don’t seal the perimeter of wall cavities and studs, allowing air infiltration. Conversely, spray foam adheres to the surfaces such as floors and walls to create a tight seal and air barrier that prevents air leakage.
Air leakage accounts for most of a building’s energy loss, which leads to higher energy consumption. With spray foam’s air-sealing properties, you can eliminate air infiltration and reduce your building’s energy consumption and bills.
Spray foam insulation in Wake Forest, NC, also helps with temperature regulation, reducing reliance on air conditioning and heating units. That way, you lower your monthly energy bills even further.
Spray foam boasts the highest R-value per inch among commercial insulation materials – about R-6.5. Its high R-value enables it to provide more thermal resistance with a few inches, turning your building into a more comfortable space. Spray foam also makes your space less expensive to cool in the summer and heat in the winter.
Spray foam’s properties can result in a more comfortable indoor environment. You can enjoy a comfier interior environment with your family by eliminating drafts and improving temperature.
Spray foam insulation in Wake Forest, NC, can also function as a sound barrier, providing an acoustically tighter building with more room-to-room privacy. Open-cell spray foam is excellent at blocking sound wave transmission, making it ideal for homes and commercial buildings used as offices, theatres, or restaurants.
Closed-cell spray foam insulation in Wake Forest, NC, is often used to fill stud cavities. This application creates a seamless, monolithic wall assembly that improves building stability. Specifically, closed-cell spray foam can significantly increase the racking strength of walls or the ability of walls to withstand wind loads.
One of the commonest issues in building located in humid climates is moisture accumulation and mold growth. While spray foam isn’t a silver bullet for mold growth in residential and commercial buildings, it performs better at controlling moisture than other materials.
Particularly, closed-cell spray foam does an excellent job of sealing cracks and gaps in the building’s structure and providing a moisture barrier. That helps reduce moisture accumulation due to infiltration and exfiltration.