Green Attic Insulation Services in Auburn Gresham
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Why Proper Insulation Matters in Auburn-Gresham
Auburn-Gresham experiences a diverse climate, with cold winters and warm summers. Proper insulation is crucial to:
- Maintain Indoor Comfort: Keep your home warm in winter and cool in summer.
- Reduce Energy Bills: Efficient insulation minimizes heating and cooling costs.
- Enhance Air Quality: Prevent drafts and moisture intrusion.


EPA Lead Safe Certified
OSHA Certified

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EPA Certified

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Our Comprehensive Insulation Services

Spray Foam Insulation
Auburn-Gresham, IL

Cellulose Insulation
Auburn-Gresham, IL
Our Proven Process
Step 1: Free Energy Audit
Step 2: Customized Plan
Step 3: Professional Installation
Step 4: Results
Basement Insulation Services
Basement insulation offers a multitude of advantages for your home's comfort and energy efficiency. Our professional basement insulation services typically encompass insulating the foundation walls and rim joists, which are the ends of the floor joists that connect to the foundation. This comprehensive approach minimizes heat transfer from the surrounding soil, creating a more stable and comfortable temperature throughout your entire house. Additionally, basement insulation helps reduce drafts, lowers heating and cooling costs, and can even contribute to improved indoor air quality by mitigating moisture problems. We use high-quality insulation materials specifically designed for below-grade applications, ensuring a long-lasting and effective solution for your basement environment.
Frequently Asked Question
To install insulation in a crawl space, cover the vent openings with crawl space vent covers, seal the rim joists with rigid foam board insulation, and use foam sealant to seal gaps between the crawl space wall and sill.
Attic insulation levels are measured by R-Value, which indicates resistance to heat flow. Most attics should be insulated to R-38, or about 10 to 14 inches, depending on the insulation type.
R-Value measures insulation’s ability to resist heat flow, with higher R-Values indicating better thermal performance.