Fiberglass Blow-In Insulation Portland ME | Smooth Construction Services

Fiberglass Blow-In Insulation in Portland, Maine

Blown fiberglass insulation in Portland, Maine is a non-combustible, inorganic loose-fill material that resists moisture absorption and does not support mold growth. It is an excellent choice for Portland attic floors in homes with moisture concerns, and for walls and other cavities where a non-combustible, Code-compliant insulation is specified.

Why Choose Smooth for Fiberglass Blow-In Insulation in Portland

✓Non-combustible — Class A fire rating
✓Will not absorb moisture or support mold growth
✓Energy-efficient installation for qualifying Maine homeowners
✓Less settling than cellulose over time
✓Available in high-density formulations for wall cavity applications

Also Serving Nearby Cumberland Communities

South Portland Westbrook Scarborough Brunswick

Energy Efficiency Review

Up to 100%

For qualifying Portland homeowners

Also in Cumberland

▸ All Services in Portland ▸ Fiberglass Blow-In Insulation Overview ▸ All Service Areas

FAQ

Fiberglass Blow-In Insulation Portland ME — Common Questions

Blown fiberglass for a typical Portland attic costs $1,200–$3,800 before energy-efficiency improvements. After incentives, most qualifying homeowners pay significantly less. Call 857-214-2434 for a free site-specific estimate.

Blown fiberglass requires approximately 18–22 inches to achieve R-49, depending on the specific product. This is more depth than cellulose (13–16 inches) but performs well in Portland's attic conditions.

Blown fiberglass excels in high-moisture environments and has better dimensional stability. Cellulose has slightly higher R-value per inch and higher recycled content. Both are excellent choices for Portland homes — we recommend the best fit for each specific situation.

Free Estimate — Fiberglass Blow-In Insulation in Portland, ME

Response within 2 hours. Project scope reviewed. Serving Portland and all Cumberland communities.

Fiberglass Blow-In Insulation Portland, ME