Most home insulation should be replaced every 15-20 years, though this timeline varies significantly based on insulation type, installation quality, and environmental conditions. Fiberglass and cellulose insulation typically maintain effectiveness for 20-30 years, while spray foam insulation can last 80+ years when properly installed. The key indicators for replacement include declining energy efficiency, visible deterioration, […]
Poor attic insulation creates significant risks for Mercer Island homes, including structural damage from ice dams, moisture problems leading to mold growth, and energy costs that can increase by 25-40% annually. Inadequate insulation allows heated air to escape through the roof, causing snow to melt and refreeze at gutters, potentially damaging roofing materials and creating […]
Spray foam insulation significantly increases home value by improving energy efficiency, reducing utility costs, and enhancing overall comfort. Properties with spray foam insulation typically see a return on investment of 70-80% at resale, with energy savings of 20-40% on heating and cooling bills. The long-term durability and air-sealing properties make it particularly attractive to buyers […]
The best insulation for Burien homes depends on specific structural needs, climate conditions, and energy efficiency goals. Closed-cell spray foam delivers superior performance for moisture control and air sealing in this Pacific Northwest climate, while open-cell spray foam provides excellent soundproofing and thermal regulation at a lower density. Traditional fiberglass and cellulose options offer budget-friendly […]
Spray foam insulation is long-lasting, but it’s not permanent. In residential settings, it typically remains effective for 20 to 30 years. Replacement becomes necessary when insulation performance declines, damage occurs, or building codes and energy standards change. Moisture exposure, pest intrusion, or renovations that open up wall cavities often trigger reevaluation. Homeowners should consider replacement […]
Commercial spray foam is a smart investment for Seattle businesses due to its superior thermal performance, moisture resistance, and long-term cost savings. In Seattle’s damp, temperate climate, where heating demands outweigh cooling, insulation choices have a direct impact on operational efficiency and structural durability. Spray foam provides a high R-value per inch and creates an […]
Proper ventilation after spray foam installation prevents moisture buildup, protects indoor air quality, and maintains building durability. Without it, trapped humidity can lead to mold growth, structural damage, and energy inefficiency. In Seattle’s damp climate, this issue is magnified by frequent rainfall and limited sunshine, which slows natural drying. Spray foam creates an air-sealed environment. […]
Spray foam roofing differs from traditional roofing systems in both structure and performance. It uses a liquid-applied polyurethane foam that expands into a solid, seamless barrier, providing both insulation and weather protection. Traditional systems like asphalt shingles or metal panels rely on layered, mechanical assembly that can leave gaps vulnerable to moisture and air intrusion. […]
Spray foam insulation is recommended for exterior walls because it forms an airtight, moisture-resistant barrier that significantly improves thermal performance compared to traditional materials. Closed-cell spray foam, in particular, adds structural strength and delivers one of the highest R-values per inch. These qualities are especially relevant in Seattle’s mixed marine climate, where temperature swings, high […]
In Seattle, the best season to install spray foam insulation is late spring through early fall. During this window, temperatures typically range from 60°F to 80°F, aligning with optimal curing conditions for both open-cell and closed-cell foam products. These moderate, consistent temperatures reduce the risk of condensation during application and allow the foam to expand […]