Window film is typically made of polyester film in various thickness and finishes.

Window film can be applied to both the interior and exterior side of the windows. You can enjoy benefits including lower energy costs, safety
and security protection.

Cleaning any of our window films is very easy.  Always clean our window
films with a soapy water and a soft cloth or a clean synthetic sponge or
soft squeegee.  A simple cleaning solution for window films is one
teaspoon of liquid dish wash detergent added to 32 ounces of tap water.
 Do not use any liquid dish wash detergent that contains a degreaser.
 Never use cleaning products that contain ammonia or vinegar as a
cleaning solution.

Always use soft cleaning materials to dry your window films after
cleaning.  Do not use brushes or any abrasive scrubbing sponge products
when cleaning your film.  Do not clean your window films sooner than
30days after your installation.

Window film can last well over 10 years if installed properly.

This can depend on the region you live in. Typically window film can lower utilities bills in excess of 10%.

Benefits include Safety, Security, US Protection, Fade Protection, Storm Protection, Heat Reduction, Bomb Blast protection. Visit our Window
Film Benefits page to learn more.

The percent of total visible light that passes through a glazing system.

The percent of total visible light that is reflected by a glazing system

The percent of incident solar radiation that directly passes through a glazing system

The percent of incident solar radiation that directly passes through a glazing system

The percent of incident solar radiation that is reflected by a glazing system

The percent of total ultraviolet light that is prevented from passing through a glazing system

The percent of total solar energy (heat) rejected by a glazing system (It equals the solar reflectance plus the part of solar absorption which is re-radiated outward)

The ratio of solar heat gain passing through a glazing system to the
solar heat gain that occurs under the same conditions if the window were made of clear, unshaded double strength window glass (The lower the number, the better solar shading qualities of the glazing system)

The amount of conductive heat energy (BTU’s) transferred through one
square foot of a specific glazing system for each 1°F temperature
difference between the indoor and outdoor air. The overall coefficient
of heat transfer by conduction equals the reciprocal of R-Value (U=1/R).
The lower the U-Value, the better insulating qualities of the glazing
system