The structure of the spray
foam is referred to as “open-cell” because air is trapped
in small cavities that expand 120 times its initial volume, filling
the building envelope with an insulation R-value of 4 per inch.
The spray-applied foam forms an air seal that prevents air leaks
and greatly reduces noise transmission through walls.
LOWER
UTILITY BILLS
More than 40% of the energy consumed in a typical household goes
to heating and cooling. H.I.S. 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.
IMPROVED COMFORT
Radiant heat transfer between our bodies and surrounding indoor
surfaces contribute to the physical comfort in a home. Heat can
transfer by radiation into a wall and across the open-cell insulation.
However, because the insulation is essentially joining walls at
the same temperature, heat transfer by radiation is practically
nonexistent. This 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, H.I.S. Foam reduces
air infiltration, which lowers heating and cooling costs, and reduces
the level of air-borne pollen, dust, and allergens from outside
the home. In addition, H.I.S. Foam 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.
Consider these facts before you settle
for
conventional insulation materials:
H.I.S. open-cell insulation is environmentally
safe, fit for your budget, and can improve the overall
performance of your home. Take an active role in the
construction of your home by requesting H.I.S.
open-cell spray foam to insulate your most valuable
asset.
- 90% of all building failures in the U.S. are related
to moisture.
- Air leaks can account for 99% of moisture movement
in a residential structure, which can result in mold
growth and unfavorable health effects.
- Air exfiltration can account for as much as 40% of
residential energy loss.
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