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Solar Control films - architectural
Architectural FAQs
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How
do Solar Zone films work?
Solar Zone window films are
installed on the interior side of the window, and reduce the amount of solar
energy (UV radiation, visible light and infra-red heat) entering the room by
increasing the solar reflection and solar absorption of the glass. Solar Zone
films thus reduce heat gain by up to 80%, block UV radiation by up to 99%, and
moderate the amount of visible light and glare entering the room.
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How
long will the film last?
In general, most solar films are replaced not because they stop working, but because of
surface damage. Solar Zone’s tough scratch resistant coating helps to protect
the film from day-to-day wear and tear. However, the life of the film will be
extended with careful cleaning, using mild soap and water and and a soft cloth.
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How
can I remove window film?
Mix a solution of 2/3 water with
1/3 ammonia, together with a spoonful of dishwasher liquid soap in a spray
bottle. Peel loose the top edge of the film, pulling down and spraying on the
exposed glass. Allow the mixture to soak down and loosen the adhesive, then
continue peeling and spraying, ripping the film off the window. pray the
solution on to any adhesive that may remain on the window, and scrape upwards
with a razor blade to remove the loosened adhesive. Clean the window with the
ammonia solution, allow to dry, then clean the window again with regular window
cleaner or soapy water.
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What
savings can be made by using Solar Zone window films?
Industry studies and US Dept of
Energy models predict a return in investment through energy savings within 3-5
years. It is estimated that every 100 sq ft of window film can reduce the air
conditioning load of a building by as much as 12,000 BTUs or one ton of heat.
Because the issue is really summer heat gain, the most dramatic savings occur
in hot climates. However, during the winter, when the temperatures are lower
outside than inside the room, Solar Zone film can help prevent heat loss by
lowering the emissivity of the glass, reducing the absorption of the room heat
in to the glass, and reflecting the heat back into the room, lowering heating
costs.
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PRODUCT DATA
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