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Why Bayseal™ Insulation makes all the difference
The Bayer MaterialScience High Performance Residential Program
Many existing homes lose as much as 40% of their conditioned air from leakage through cracks around windows,
doors, wall outlets, sill plates, and joints in exterior walls.
That’s why every Stanton Home built with the
Bayer MaterialScience High Performance Residential Program
includes a Bayseal™ spray foam insulation package.
In addition to providing insulation, Bayseal™ is also air impermeable.
Fiberglass and cellulose insulation cannot provide this additional benefit.
How Bayseal™ Insulation works
Bayer MaterialScience High Performance
certified contractors apply Bayseal™ SPF to the walls and attic which expands to fill energy robbing cracks, crevices, and voids.
Bayseal™ SPF insulation creates a tight thermal envelope.
The tight construction combined with controlled ventilation provides for high energy efficiency,
comfort, and unsurpassed indoor air quality.
The MaterialScience High Performance Residential Program
"total systems" approach mitigates undesirable air flow and optimizes the thermal envelope of each engineered
structure via
• High level standards and guidelines
• Predictive energy modeling
• Design basis HERS rating
• HVAC design
The MaterialScience High Performance Residential Program
"total systems" approach eliminates problems inherent with the rule-of-thumb HVAC design and
creates a home environment that is far more comfortable and energy efficient.
The heating, ventilation, and air conditioning system is engineered to match the heating and cooling load
for your home – at the design insulation level and the regional climate conditions where your home is located.
Duct design insures the conditioned air is efficiently circulation throughout the home,
minimizing uncomfortable hot and cold spots.
Contact us for more information about Bayseal Insulation.
Return to the Bayer MaterialScience High Performance Residential Program
Find out more about other money and energy saving features by clicking on these links:
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