ANTI-INTRUSION SECURITY FILM

Right for every types of businesses

• Energy Efficiency - in air-conditioned buildings, Hanita Coatings Window Films can reduce solar heat gain thereby reducing both energy consumption and energy demand which in turn reduces cooling costs.

• Theft / Glass Safety - the appropriate Hanita Coatings Window Films can hold the glass together during accidental or intentional impact, improving safety and reducing theft.
Carbon Reduction - reduced energy consumption and energy demand results in less greenhouse gas emission and carbon during energy production and carbon footprint for the building.

• Storm and Debris - during hurricanes and other severe storm scenarios, much of the property damage is related not to broken glass but by the water than enters the building after the glass is broken. This water can damage and require replacement of drywall, paint, furniture, carpeting, electrical systems, etc. For that reason, many people have turned to Hanita Coatings security films to allow the window to stay in the frame even after it is broken.

• Blast Mitigation - during both accidental and intentional blast scenarios, the wave of pressure can cause shards of glass to fly through a building causing extensive damage and loss of life.

• Fading Reduction - by virtually eliminating ultraviolet (UV) radiation andreducing solar heat gain and glare, Hanita Coatings Window Films can provide a barrier of protection for fabric and furnishings as well as occupant skin cancer.

• Graffiti Protection - Graffiti is a disappointing and expensive reality of urban life. Vandals can strike wherever there is temptation: glass and mirrors in public transportation systems (such as bus and train terminals), restrooms, lobbies or retail shops. Acting as a sacrificial layer on the outside of the glass, Hanita Coatings Graffiti films can be easily and inexpensively removed and replaced when damaged.

• Glare Reduction - whether for visual comfort or other benefits, the appropriate Hanita Coatings Window Films can reduce excess glare in buildings

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