3 Ways Your Roofing System Contributes to Your Home’s Energy Efficiency
If your energy bills have been soaring in recent months, you’re not alone. Many people have been paying additional energy costs for their heating systems rather than suffer in the cold. Fortunately, there is a solution. One of the most effective ways to reduce your energy bills while making your house warmer is to install an energy-efficient roof.
Sprague Construction Roofing, the top company for residential and commercial roofing in Billings, MT, is here to discuss how a roofing system contributes to your home’s energy efficiency:
• Reflective Surfaces: Certain roof materials can boost your roof’s energy efficiency by reflecting UV rays instead of absorbing them. This can save you big money in energy bills during the summer because heat will be reflected away from your home rather than absorbed by it. Our metal roofs are the best choice due to their natural reflective properties. Some of our GAF® asphalt shingle roofs are also a great option, as they are specifically designed to resist heat and increase comfort in your home.
• Insulation and Ventilation: Without proper insulation, especially in winter, warm air rises into your attic and escapes from holes and gaps within your roof. Make the most of your residential roofing in Billings, MT, by installing a well-insulated system from Sprague Construction Roofing. You should also prioritize ventilation to allow unnecessary heat to escape from your attic in the summer.
• Color Options: For a simple and inexpensive way to improve your roof’s energy efficiency, choose a lighter color for your system. You can also apply a specialized coat over the top of a dark-colored roof to minimize cooling costs.
To learn more about the relationship between your roofing system and your home’s energy efficiency, talk to Sprague Construction Roofing today. We are the leading roofing contractor in Billings, MT, and the nearby areas. Schedule a FREE consultation by calling us at (406) 534-1222 or by completing our form.
