Our Services

      Air Barrier Spray Foam Systems provides professional spray foam insulation, waterproofing coatings, polyurea coatings, and insulation removal for homes, businesses, and agricultural buildings in Peyton, Colorado Springs, and cities within 100 miles. Our team focuses on energy efficiency, moisture control, and long‑lasting protection for every project.     

 

      Closed-cell spray foam insulation has become one of the most effective insulation systems available for new residential construction, particularly in Climate Zones 5 and 6 where homes experience prolonged cold winters, significant temperature swings, and increasing energy efficiency requirements. As building science continues to evolve, the International Residential Code (IRC) has established increasingly stringent insulation requirements to improve energy conservation, reduce greenhouse gas emissions, and create healthier indoor environments. Builders and homeowners alike are seeking insulation systems that not only meet code requirements but also provide long-term value, durability, and occupant comfort. Closed-cell spray polyurethane foam has emerged as a premium insulation solution because it combines exceptional thermal resistance, superior air sealing, moisture control, and structural enhancement in a single product. While other insulation systems can be designed to meet code requirements, closed-cell spray foam provides one of the highest R-values per inch available, making it especially valuable in applications where framing depth limits the amount of insulation that can be installed.​      The IRC energy provisions require higher insulation levels for homes constructed in Climate Zones 5 and 6 than in warmer regions of the country. Depending on the assembly and compliance path selected, exterior walls commonly require insulation equivalent to approximately R-20 cavity insulation or R-13 cavity insulation combined with continuous exterior insulation, while ceilings, roofs, floors, and foundation walls require even higher insulation values. Meeting these requirements with traditional fiberglass batts or blown insulation may require thicker framing assemblies or additional layers of continuous insulation. Closed-cell spray foam, however, delivers an insulating value of approximately R-6 to R-7 per inch, allowing builders to achieve high thermal performance within standard framing cavities. This makes it particularly advantageous in rim joists, cathedral ceilings, cantilevered floors, conditioned attics, crawl spaces, and other areas where available space is limited.​      One of the most significant advantages of closed-cell spray foam is that it performs two critical functions simultaneously: it provides insulation while creating a continuous air barrier. Traditional insulation materials slow conductive heat transfer but often allow air leakage through small gaps, cracks, electrical penetrations, plumbing openings, and framing joints. Air leakage accounts for a substantial portion of a home's heating and cooling energy loss. Because closed-cell spray foam expands upon application and adheres directly to framing members and sheathing, it seals these openings, dramatically reducing uncontrolled air infiltration and exfiltration. This airtight building envelope allows heating and cooling systems to operate more efficiently while maintaining consistent indoor temperatures throughout the home.The reduction in air leakage directly contributes to lower monthly utility costs. Homes insulated with closed-cell spray foam typically require less energy to maintain comfortable indoor temperatures because conditioned air remains inside the building envelope while outside air is prevented from entering. During the cold winters common in Climate Zones 5 and 6, homeowners benefit from reduced heating demands, while in the summer the insulation helps keep cooled air indoors. Over the lifetime of the home, these energy savings can offset much of the initial investment in premium insulation. As utility rates continue to rise, the financial benefits become increasingly significant, making closed-cell spray foam an investment in long-term operating efficiency rather than simply a construction expense.​      Comfort is another major benefit that homeowners notice immediately after moving into a home insulated with closed-cell spray foam. Conventional insulation systems may leave certain areas of the building vulnerable to drafts, cold walls, uneven room temperatures, or hot and cold spots caused by air leakage. Closed-cell spray foam creates a more uniform thermal envelope that minimizes temperature fluctuations throughout the home. Occupants experience fewer drafts near exterior walls and windows, improved comfort in upper-story rooms, and more stable indoor temperatures regardless of outdoor weather conditions. This consistency often allows thermostats to be set at more moderate temperatures while maintaining the same level of comfort.In addition to thermal performance, closed-cell spray foam offers excellent moisture management. Because of its dense cellular structure, the material resists water absorption and significantly reduces the movement of moisture-laden air through wall and roof assemblies. In cold climates, warm indoor air that escapes into building cavities can condense on cold surfaces, potentially leading to mold growth, wood rot, and deterioration of structural components. By reducing air leakage and controlling moisture migration, closed-cell spray foam helps lower the risk of condensation-related damage. This contributes to greater durability of the building envelope and helps preserve the structural integrity of the home over many decades.        A healthier indoor environment is another important advantage of properly installed closed-cell spray foam insulation. By limiting uncontrolled air infiltration, the insulation reduces the amount of outdoor dust, pollen, airborne pollutants, and allergens entering the home through gaps in the building envelope. The improved air seal also helps reduce moisture intrusion that can contribute to mold and mildew growth when combined with proper ventilation. Because indoor air quality plays an increasingly important role in residential health and comfort, an airtight, well-insulated home can provide a cleaner and more controlled indoor environment. Mechanical ventilation systems, when properly designed, can then deliver fresh air in a controlled manner rather than relying on random air leakage through the building envelope.Closed-cell spray foam also contributes to the long-term durability and resilience of residential construction. Unlike some insulation materials that may settle, compress, or lose effectiveness over time, properly installed closed-cell spray foam adheres permanently to framing members and maintains its shape for decades. It resists sagging, shrinking, and shifting, allowing the insulation to continue performing at a high level throughout the life of the structure. Additionally, the rigid nature of cured closed-cell foam can increase the racking strength of framed walls and roof assemblies, providing an added measure of structural reinforcement that may improve overall building performance.       Although the initial installation cost of closed-cell spray foam is generally higher than traditional insulation products, evaluating the material over the expected lifespan of the home demonstrates its long-term value. Lower heating and cooling costs, reduced maintenance associated with moisture problems, improved comfort, enhanced durability, and increased energy efficiency all contribute to a lower total cost of ownership. Many homeowners also recognize the potential resale value of an energy-efficient home, as buyers increasingly seek residences with lower operating costs and superior indoor comfort.​      As residential energy codes continue to evolve, builders are expected to construct homes that are more energy efficient, durable, and sustainable than ever before. Closed-cell spray foam insulation provides an effective solution for meeting these goals, particularly in the demanding conditions of Climate Zones 5 and 6. Its high R-value per inch, integrated air-sealing capability, moisture resistance, structural benefits, and long-term thermal performance make it one of the most comprehensive insulation systems available for new construction. While multiple insulation strategies can be used to satisfy modern building code requirements, closed-cell spray foam offers builders and homeowners a premium approach that delivers exceptional energy efficiency, lower utility costs, enhanced comfort, improved indoor air quality, and reliable performance throughout the life of the home.​      Liquid Tyvek coatings provide a seamless, weather-resistant air and water barrier for residential walls and foundations, helping improve energy efficiency and protect against moisture intrusion.​      Thermal barrier intumescent paint is applied over spray foam insulation to provide a code-compliant protective layer that expands when exposed to high heat, delaying flame spread and improving fire resistance.​      Waterproof polyurea coatings create a durable, seamless membrane that offers exceptional resistance to water, chemicals, abrasion, and harsh environmental conditions for a wide range of residential and commercial applications.