Spray foam insulation directly prevents structural damage from moisture by creating a continuous, monolithic barrier against both air and water vapor. In Bigfork’s climate, characterized by significant temperature swings, snowmelt, and proximity to Flathead Lake, uncontrolled moisture is a primary cause of wood rot, mold growth, and compromised structural integrity. Unlike traditional insulation, closed-cell spray […]
Spray foam insulation’s most defining characteristic is its ability to expand. When the liquid components are mixed and sprayed, they undergo a chemical reaction that causes them to expand rapidly, sometimes up to 100 times their initial volume, before curing into a solid foam. This expansion is what allows the insulation to tightly seal every […]
High energy bills, drafty rooms, and inconsistent temperatures are common frustrations for homeowners. You find yourself constantly adjusting the thermostat, bundling up in one room while another feels like a sauna. These issues often point to a single, unseen culprit: poor insulation. Traditional insulation materials can sag, settle, and leave tiny gaps over time, allowing […]
Spray foam insulation directly cuts energy bills by creating a near-perfect air seal. Unlike traditional insulation like fiberglass or cellulose, which only slows heat transfer, spray foam stops air leakage altogether. Since a significant portion of a home’s heating and cooling costs comes from air escaping through gaps and cracks, sealing them has an immediate […]
Choosing the right insulation often comes down to open-cell versus closed-cell spray foam. The fundamental difference lies in their cellular structure and density. Closed-cell foam is dense, rigid, and acts as an air, vapor, and water barrier. Its compact structure gives it a high R-value per inch, making it a powerful insulator. In contrast, open-cell […]