Spray Foam, COATINGS, & OTHER Insulation
High-quality insulation solutions designed for comfort, efficiency, and long-term results.





We specialize in spray foam insulation and offer a range of related services for both new construction and retrofit applications.
Dense, high-performance insulation with a high R-value per inch. Also acts as an air and moisture barrier. Best for exterior walls, basements, and crawl spaces where strength and moisture resistance matter.
A lighter, expanding foam that fills gaps and cavities to create an effective air seal. Often used in interior walls and roof assemblies where sound reduction is also a priority.
A thin layer of spray foam combined with traditional batt insulation. The foam seals the cavity; the batt adds additional R-value. A cost-effective approach for many applications.
Fills the hollow cores of concrete block walls to improve thermal performance and reduce air movement. A good fit for masonry construction.
Made from recycled paper fibers and installed to fill wall or attic spaces. Provides solid thermal performance and helps reduce air movement within the cavity.
Batt insulation made from fine glass fibers. A reliable, widely used option for walls, attics, and ceilings.
Mineral fiber insulation with strong fire resistance and sound control. Common in walls, mechanical rooms, and assemblies where fire protection and acoustic performance are a priority.
A liquid coating applied to building surfaces to control moisture movement. Once cured, it forms a continuous barrier against moisture intrusion.
Applied over spray foam to meet building code fire safety requirements. Creates a protective layer that slows flame spread.

No. Injection foam is sometimes used to insulate existing walls by filling cavities through small drilled holes. The problem is that wall cavities often contain wiring, blocking, or other obstructions, so the foam may not distribute evenly. That can leave voids, create pressure within the wall, or lead to uneven insulation performance. Spray foam, properly installed, delivers consistent air sealing that injection foam can't match.

R-value measures a material's resistance to heat flow. Higher is better. But R-value is measured under controlled lab conditions and doesn't account for real-world factors like air movement or moisture. In actual buildings, air leakage is responsible for a large share of energy loss. Spray foam forms a continuous air barrier that stops unwanted air movement through the building envelope. That's why a spray foam system often outperforms traditional insulation with a higher listed R-value but no air-sealing ability.

Open cell foam is lighter and more flexible, with a lower R-value per inch. It expands significantly during installation, making it a good fit for filling cavities and sealing air leaks in walls, ceilings, and interior spaces.
Closed cell foam is denser and provides a higher R-value per inch. It also adds structural rigidity and acts as both an air barrier and a moisture barrier, making it the right call for exterior walls, basements, crawl spaces, and anywhere strength and moisture resistance are priorities.