Spray Foam
If you’re looking for a high R-value, peak performance insulation material for optimal energy efficiency and building comfort, Spray Foam may be a good option for you.
Unlock the Power of Spray Foam Insulation
At ABT Insulation, we’re proud to introduce you to the remarkable world of Spray Foam insulation, a high-performance material that leads the industry with its exceptional properties. Offering the highest R-value per inch among major insulation materials on the market, Spray Foam is your key to achieving unmatched energy efficiency and comfort.
Why Choose Spray Foam?
Versatile Options
ABT Insulation provides both open cell and closed cell Spray Foam insulation, and our experts are ready to collaborate with you to determine the best fit for your home or building. We customize our solutions to match your specific needs and goals.
Complete Coverage
Unlike traditional insulation materials like Fiberglass and Cellulose, Spray Foam is applied in a liquid form that rapidly expands to fill every nook and cranny. This complete coverage leaves no room for air leakage, resulting in significantly reduced utility bills and improved indoor comfort.
Durability and Longevity
Spray Foam insulation is renowned for its durability, stability, and long-lasting performance. It can be applied to walls, roofs, attics, and even inaccessible areas, ensuring your entire space benefits from its exceptional properties.
Experience the Difference with ABT Insulation Choosing Spray Foam insulation from ABT Insulation means choosing the best for your home or building. Our unwavering commitment to quality, excellence, and environmental responsibility ensures your project is in the hands of experts who prioritize both your comfort and sustainability.
Discover the Benefits: Contact us today to explore how ABT Insulation can elevate your property’s energy efficiency, reduce utility costs, and provide a comfortable living or working environment through the power of Spray Foam insulation. Experience firsthand the difference that ABT can make for you and your space.
Principles of Heat Transfer
Heat loss or gain can occur through the building envelop, affecting insulation effectiveness, by six mechanisms.
1. Conduction
The transfer of heat through materials in contact with insulation.
4. Air Infiltration
The transfer of heat by air flow between the exterior and interior.
2. Convection
The movement of hot and cold air in your walls.
5. Moisture Accumulation
Moisture within the insulation that leads to heat loss/gain.
3. Radiation
The transfer of heat through your walls and roof.
6. Air Intrusion
The movement of outside air into your home and then back out.
Spray Foam effectively blocks all six mechanisms of heat transfer.
Principles of Heat Transfer
Heat loss or gain can occur through the building envelop, affecting insulation effectiveness, by six mechanisms.
1. Conduction
The transfer of heat through materials in contact with insulation.
2. Convection
The movement of hot and cold air in your walls.
3. Radiation
The transfer of heat through your walls and roof.
4. Air Infiltration
The transfer of heat by air flow between the exterior and interior.
5. Moisture Accumulation
Moisture within the insulation that leads to heat loss/gain.
6. Air Intrusion
The movement of outside air into your home and then back out.
Spray Foam effectively blocks all six mechanisms of heat transfer.
Spray Foam Benefits
Deliver on Comfort
Pest Control
Improve Indoor Air Quality
Create Quieter Living Spaces
Energy Efficiency Performance
High R-value
Closed Cell
– Can be applied at very low temperatures
– Adds wall racking strength as well as impact resistance
– Ideal for continuous insulation solutions
– Higher R-value* per inch
– Lower vapor permeance (can be a Class II VDR)
– Can reject bulk water (ideal for flood zones)
– Higher tensile and bond strength
Open Cell
– Can be installed at a significantly lower cost and target the same specified R-value*
– Can achieve greater R-value* if not restricted by space
– Lower raw material/resource use
– Permits bi-directional drying
– Will accommodate long-term creep and seasonal movement
– Hydrophobic material
– Air barrier and insulating material
*R-Value is a measure of a material’s ability to resist heat flow. A high R-value is desirable when choosing insulation.
