Tyson Insulation Before & After Photos
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When Alana reached out to us, she was struggling with high energy bills and inconsistent indoor temperatures. After inspecting her attic, we found that her existing insulation was inadequate—only about 6 inches of fiberglass—far below the recommended level for optimal energy efficiency. This lack of insulation was allowing heat to penetrate her home during the summer and escape during the winter, making it harder for her HVAC system to maintain a comfortable temperature.
To address these issues, we upgraded her attic insulation to the Energy Star-recommended R38 level by adding premium blown-in fiberglass insulation. This upgrade not only enhances her home’s ability to retain heat in the winter and block out excessive heat in the summer but also helps reduce strain on her HVAC system, leading to lower energy costs year-round.
With her newly upgraded insulation, Alana can now enjoy a more comfortable home environment with improved energy efficiency. Plus, she’ll see savings on her heating and cooling bills for years to come!
Fernando contacted us looking for a solution to his home’s persistent temperature fluctuations and rising energy bills. After inspecting his attic, we found only 4 inches of aging cellulose insulation, which was no longer providing adequate thermal protection. This lack of insulation was allowing heat to escape in the winter and enter during the summer, making his HVAC system work overtime to maintain a comfortable indoor climate.
To solve the issue, we first removed the old, ineffective cellulose insulation and thoroughly cleaned the attic to eliminate dust and contaminants. Next, we air-sealed all potential leakage points, including top plates, wiring holes, and plumbing penetrations, ensuring that conditioned air stays inside the living space. Proper air sealing is crucial for maximizing energy efficiency and reducing HVAC strain.
With the attic prepped, we installed premium blown-in fiberglass insulation to the Energy Star-recommended R38 level. This upgrade significantly improves the home’s ability to retain heat in the winter and block excessive heat in the summer, creating a much more comfortable and energy-efficient living environment.
Thanks to this insulation upgrade, Fernando will now enjoy lower energy bills, a consistently comfortable home, and improved HVAC performance for years to come!
Orin reached out to us because his home was struggling to stay cool during Fresno’s intense summer heat. Despite running his air conditioner frequently, the indoor temperature remained inconsistent, and his energy bills were soaring. Upon inspecting his attic, we discovered the root of the problem: only 4 inches of old, inefficient cellulose insulation, along with dust and debris that were contributing to poor indoor air quality and energy loss.
To restore Orin’s attic and improve his home’s overall efficiency, we started by removing all the existing insulation and thoroughly cleaning the space. We then sanitized the attic using Nisus DSV, a powerful disinfectant that eliminates bacteria, viruses, and allergens. Next, we meticulously sealed air leaks around top plates, plumbing penetrations, and wiring holes to prevent conditioned air from escaping into the attic. Additionally, we sealed off any potential rodent entry points to safeguard the attic from future infestations.
With the space cleaned and air-sealed, we installed brand-new, high-performance blown-in fiberglass insulation, bringing it up to the recommended R38 level. This upgrade will help regulate indoor temperatures year-round, ensuring Orin’s home stays cooler in the summer and warmer in the winter—all while reducing his energy costs.
Thanks to this attic restoration, Orin will enjoy a healthier, more comfortable home with improved energy efficiency for years to come!
Tanya reached out to us because her home in Clovis was struggling to maintain a comfortable temperature. No matter how often she adjusted her thermostat, her house remained warm in the summer and chilly in the winter. After inspecting her attic, we found the culprit: only 4 inches of aging cellulose insulation. This insufficient insulation was allowing conditioned air to escape, forcing her HVAC system to work overtime and driving up her energy bills.
To resolve the issue, we started by removing the old, ineffective cellulose insulation. Once the attic was clear, we thoroughly air-sealed all gaps, cracks, and penetrations with closed-cell foam to prevent unwanted airflow between the attic and Tanya’s living space. This step significantly improves energy efficiency by keeping conditioned air inside where it belongs.
Next, we installed a fresh layer of high-quality blown-in fiberglass insulation, bringing her attic up to an R38 level—the recommended standard for optimal thermal performance. This upgrade will help keep Tanya’s home cool during Clovis’ scorching summers and warm throughout the colder months, all while lowering her heating and cooling costs.
Thanks to this insulation upgrade, Tanya will enjoy improved indoor comfort, better energy efficiency, and reduced utility bills for years to come.
Gary reached out to us because his home was struggling to stay cool in the summer, causing his air conditioner to work overtime. Upon inspecting his attic, we found the root of the problem—old, insufficient insulation and significant dust and debris buildup. With only 6 inches of deteriorated insulation, his home was losing a substantial amount of conditioned air, leading to high energy costs and discomfort.
To resolve the issue, we performed a full attic restoration. First, we removed all the old, ineffective insulation and thoroughly cleaned the attic space. We then sanitized the entire area with Nisus DSV, a powerful disinfectant designed to eliminate bacteria, mold, and other contaminants. We also installed rodent-proof barriers to keep rodents and other pests out of the attic. Next, we meticulously air-sealed all gaps, including top plates, wire penetrations, and registers, to prevent energy loss and improve indoor air quality.
Once the attic was fully prepped, we installed 14 inches of premium fiberglass insulation, bringing it up to the Energy Star-recommended R38 level. This upgrade significantly improved the home’s energy efficiency. With this restoration, Gary will enjoy a cooler home in the summer, a warmer home in the winter, and lower heating and cooling costs for years to come.