Spray Foam insulation
Most homebuyers get excited about selecting new appliances, counter tops, landscaping and other aesthetic amenities, but rarely consider the variety of insulation materials available to the construction industry. With the rising cost of energy and a focus on health and environmental issues, architects and builders are recommending insulation materials that add significant performance value to construction projects. Spray foam insulation is designed to provide the ideal combination to provide energy efficiency, consistent comfort and healthier indoor air. Click here for FAQs about Spray Foam.
LOWER UTILITY BILLS
As much as half of the energy used in your home goes to heating and cooling. Bayseal spray foam insulation is a continuous air barrier system-when properly installed, the open-cell insulation prevents the conditioned air from escaping through building voids. Minimizing air leakage reduces HVAC equipment energy consumption, which lowers utility bills. Click here for 10 tips to save energy.
GUARANTEED SAVINGS THAT REALLY ADD UP
We guarantee at least 50 to 70% savings compared to conventional “built-to-code” construction and we back it up in writing. In fact, our guaranteed monthly energy savings far outweigh the added cost to build with our system design and foam insulation when amortized over the life of a mortgage. Spray foam insulation customers are in positive cash flow from day one! Click here for a sample guarantee.
AUTHORIZED DEALER OF ENERGY WISE FOAM
EnergyWise spray polyurethane foam is manufactured by Bayer, a name synonymous with quality and integrity. So, of all the companies out there to choose from, at Superior Home Services, Inc. we chose EnergyWise. If families have been trusting Bayer products in their home for years, we knew EnergyWise was the company for us. EnergyWise Foam brings a new direction and purpose to the polyurethane spray foam
insulation market. By combining the superior attributes of EnergyWise spray polyurethane foam (SPF) insulation with proprietary and proven EnergyWise HVAC system design and sizing, a unique, holistic solution is offered that can actually guarantee performance results when fully implemented.
IMPROVED COMFORT
Radiant heat transfer from the interior walls to our bodies contributes to the physical comfort in a home. Outside heat or cold can transfer from an exterior wall to an interior wall through radiation. Open-cell spray foam insulation resists this temperature transfer and thereby helps to maintain an indoor temperature that improves occupant comfort.
ADDED RESALE VALUE
Polyurethane insulation offers impressive benefits as an alternative to traditional insulation materials. For example, spray foam reduces air infiltration, which lowers heating and cooling costs, and reduces the level or air-borne pollen, dust, and allergens from outside the home. In addition, it also decreases the amount of moist air that leaks through the house minimizing the opportunity for mold and mildew growth on or inside walls and ceilings. These benefits can translate into a higher resale value of your home.
MEASURING R-VALUE (Resistance to heat flow)
Insulation R-Value ratings can be misleading. Small voids in irregular framing and gaps within the wall cavity between fiberglass batt and framing of only 1 to 2% can lower the effective R-value by 25-40%. Conventional R-value tests measure conduction, which is heat transfer between surfaces in direct contact. The cellular structure of Bayseal foam is a poor conductor of heat, which gives rises to high R-values.
Radiation is the transfer of heat from one object to another by means of invisible infrared waves. People in a room at 72 degrees air temperature may feel cold if thewalls are at 50 degrees. Conversely, they may feel uncomfortably warm if the walls are at 85 degrees, even though the air temperature is the same in both cases. Once again, the cellular structure of spray foam significantly reduces heat transfer by radiation effects. Bayseal insulation maintains its aged R-value of 3.8 per inch because it does not shrink, sag or settle over time. When properly installed, it adheres to a variety of substrates and fills gaps and cracks that lead to air and heat transfer.
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