DefenseLite is an innovative, high-security glazing system that is designed to provide exceptional protection against forced entry and other types of attacks. The system is made up of a series of clear polycarbonate panels that are mounted over existing windows and doors, creating a virtually impenetrable barrier that can withstand even the most determined attacks. DefenseLite is an excellent choice for clients who require maximum security for their homes or businesses, including law enforcement agencies, government buildings, and financial institutions.
DefenseLite is a security window film designed to protect buildings from forced entry attempts, smash-and-grab burglaries, and other criminal activities. With a patented glazing security solution, DefenseLite uses high-strength polycarbonate and structural adhesives to create an impenetrable barrier over existing windows and glass doors. Its multilayered construction resists impact, cutting, and prying attempts, making it much more difficult for criminals to gain access to the building and steal valuable property or cause damage. DefenseLite is also effective against natural disasters, meeting ASTM E1886 and E1996 standards for impact resistance, making it able to withstand high winds, flying debris, and other hazards associated with severe weather events.
In addition to its security features, DefenseLite can also enhance the energy efficiency of buildings. The system's polycarbonate panels provide a thermal break between the interior and exterior of the building, reducing heat loss and improving insulation. This can help lower energy costs and improve the overall comfort and sustainability of the building.
DefenseLite is a highly reliable security solution for commercial and residential buildings, with its multilayered construction, resistance to impact and cutting, and certification to meet industry standards for impact resistance. Furthermore, its ability to enhance energy efficiency and withstand natural disasters make it a comprehensive building protection solution.
