Spray Foam Insulation Before & After Photos

A homeowner in Darlington sought to enhance the energy efficiency of their metal workshop and, after reading excellent reviews on Google, opted for an energy evaluation with Carolina Energy Conservation. The evaluation recommended closed-cell spray foam insulation due to its superior thermal resistance and air-sealing properties. This type of foam expands upon application, forming a dense, rigid barrier that effectively fills gaps and prevents heat loss. By choosing closed-cell spray foam, the homeowner aimed to significantly reduce energy consumption, improve temperature control, and prevent moisture issues. Leading to a more comfortable and energy-efficient workspace for years to come. 

A homeowner in Shallotte, North Carolina, noticed that their shed became uncomfortably warm in the summer and had difficulty keeping the cold air out in the winter. After reading great reviews on Google, they decided to contact Carolina Energy Conservation for an energy evaluation. Following an in-depth evaluation, it was determined that the best solution to the homeowner's problem was to install closed-cell spray foam insulation. Closed-cell spray foam is a perfect choice due to its ability to form a barrier that effectively fills gaps and prevents heat loss. With the spray foam installed, the homeowner will find it much easier to maintain a comfortable temperature in the shed throughout the year.

This Florence homeowner was looking to get the most out of his HVAC systems as well as make his home more energy efficient. He searched on Thumbtack for a local Energy Conservation Specialist and saw Carolina Energy Conservation was top rated in his area. He reached out for a free energy evaluation, and Carolina Energy Conservation promptly sent one of our specialists to identify potential energy savings and inspect the home. Upon entering the attic, our expert identified a multitude of air gaps with a thermal detection device and pointed out the insufficient amount of blown-in fiberglass insulation. Our specialist presented his findings and recommended replacing the old insulation with all new spray foam for maximum thermal efficiency. This would save the homeowner significant energy costs, improve efficiency of is HVAC units, and also fix any air sealing issues with her current product. Carolina Energy Conservation was able to complete this project for the homeowner within a few short business days and this premier spray foam package will end up paying for itself in energy savings alone! 

This Florence homeowner was looking to get the most out of his HVAC systems as well as make his home more energy efficient. She searched on Home Advisor, an app for finding local, reputable contractors, and saw Carolina Energy Conservation was top rated in her area. After reaching out for a free energy evaluation, Carolina Energy Conservation promptly sent one of our specialists to identify potential energy savings and inspect the home. Upon entering the attic, our expert identified a multitude of air gaps with a thermal detection device and pointed out the insufficient amount of blown-in fiberglass insulation. Our specialist presented his findings and recommended replacing the old insulation with all new spray foam for maximum thermal efficiency. This would save the homeowner significant energy costs, improve efficiency of her HVAC units, and also fix any air sealing issues with her current product. Carolina Energy Conservation was able to complete this project for the homeowner within a few short business days, and this premier spray foam package will end up paying for itself in energy savings alone! 

In Galivants Ferry, a homeowner wanted to improve the energy efficiency of their metal shed and turned to Carolina Energy Conservation for a solution. They chose closed-cell spray foam insulation, which is known for its exceptional performance. Closed-cell spray foam expands upon application to fill gaps and create a dense, rigid barrier. This insulation effectively blocks air and moisture infiltration, offering superior thermal resistance and structural strength. As a result, the metal shed maintains consistent temperatures, prevents condensation, and reduces energy costs. With the spray foam installed, comfort and efficiency are maximized, transforming the shed into a more functional space.