Basement Spray Foam
Experienced, Professional and Affordable Basement Spray Foam Insulation Services in Lethbridge, AB
Owner Operated & All Materials Inspected
Over a Decade of Industry Experience
Residential & Commercial
FREE Estimates, always!
Licensed & Insured
Providing Lethbridge, AB with spray foam insulation services. Due to our years of experience and emphasis on client communication, we have gained a solid reputation in the area.
Spray Foam for Basements
Due to the temperature disparity between the warm air inside the house and the chilly walls of the basement, they are frequently wet, musty, and susceptible to mold growth. This moisture offers the ideal environment for mold development, which is often the source of the noticeable odor commonly associated with basements.
The difficulty of adequately installing air and vapor barriers, traditional insulation techniques, such as fiberglass batts or foam boards, could be more effective at preventing mold and moisture growth.
Spray foam insulation is ideal for basement insulation because it forms an airtight seal, has a greater R-value per inch than other solutions and is waterproof. Spray foam insulation may have a more considerable initial cost than other methods. Still, it is a more effective and durable solution that will save you money over time and improve the safety and comfort of your home. In addition, the Alberta Building Code is beginning to mandate more continuous insulation in new homes, which makes spray foam insulation a more cost-effective option over time.
Investing in spray foam insulation for your basement will make your home more pleasant and healthier and more energy-efficient. No longer make musty, odorous basements a problem in your home. Contact our professional Lethbridge insulation contractors to learn more about the advantages of spray foam basement insulation.
Basement Spray Foam Benefits
Air sealing is crucial in a basement because it prevents moisture and drafts from entering the space. It is especially true for basements susceptible to flooding or high humidity levels. Traditional insulation materials, such as fiberglass or cellulose, cannot maintain a continuous air barrier, permitting moisture and drafts to enter through cracks and apertures.
In contrast, spray foam insulation may seal all gaps, cracks, and openings in your basement’s walls, floors, and ceilings. When sprayed in place, it expands to fill all crevices, forming an airtight, seamless barrier, prevents the aforementioned issues ensuring that it remains dry and pleasant.
In addition to its air-sealing properties, spray foam insulation provides a significantly greater R-value per inch than other insulation materials. This means that spray foam is more effective for insulating your home and decreasing energy costs. And because it is waterproof, it can endure floods and other water damage, making it a durable and trustworthy option for your basement.
Closed Cell Spray Foam
If you need insulation with a high R-value and an airtight seal, closed-cell spray foam is the material to consider. Given that it can be used to construct ceilings, walls, attics, crawl spaces, and basements, it is no surprise that it is a favorite choice among construction professionals.
The density and rigidity of the material is a major distinction between closed-cell and open-cell foams. Closed-cell foam is more rigid and dense than open-cell spray foam, which is more flexible.
Closed-cell foam is much denser than open-cell foam, weighing approximately three times as much per 3 feet at 1.75 lbs. It is a fantastic alternative for air-sealing and insulating due to its dense and compact nature, which prevents air from entering the cells. Which makes it perfect for use in confined places, such as rooftops and commercial construction projects.
In addition to its high R-value, closed-cell spray foam works as a vapor barrier, lowering the possibility that water may enter the region. Its foam texture and denser consistency render it a durable insulating material, particularly in areas with significant temperature changes.