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BIBS (Blow-In-Blanket System) is a patented insulation system using standard fibreglass insulation to manufacture a seamless blanket of insulation in cathedral ceiling and walls. It is a unique state-of-the-art insulation system that uses conventional fibreglass that is processed into a blowing wool. The insulation is blown through a hose and out a nozzle into the cavity behind a fibre mesh that is attached to the studs.
Flat attic space is insulated with the same fibreglass that is used in the walls and cathedral.
Since 1989, Thermo Seal Insulation Systems has insulated thousands of homes with energy efficient BIBS.
No Settling:
In cathedral ceilings where insulation has settled or was improperly installed leaving gaps and voids, expensive heat can escape. In winter this causes ice dams to form which decrease the life of a roof and lead to extensive damage of interiors. With the BIB system a special cardboard insert is installed to create a constant ventilation channel between the roof sheeting and insulation.
The BIBS system eliminates settling and heat loss.
Non-Settling:
With the Blow-In-Blanket Systems (BIBS) you can rest assured that your insulation will last the lifetime of your home. Unlike ordinary blown-in insulation, the BIB System won’t settle from gravitational forces or household vibrations such as slamming doors. In the thousands of homes Thermo Seal Insulation Systems have insulated with the BIB system we never had one report of settlement. After extensive testing by CCMC their conclusion was BIBS doesn’t settle.
Fills Walls Completely:
The BIBS system fills tightly around all wiring and piping; leaving no costly gaps or voids that allow cold air to enter your home and warm air to escape.
Tests show that an R20 batt with a mere 6% void area in the cavity at cold temperatures perform at only R12.5. That is 36 1/2 percent below the started R Value for batts while BIBS performed at a minimum of R22.7. |
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Part of the problem with batt insulation performing so inefficiently is because it is 15" wide and being installed into a 14 1/2" cavity. Pushing the batt into the cavity causes it to arch at the back, thus generating a void area which in turn causes convective air currents inside the cavity. |
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