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Architectural

Heat Control Glasses

Due to its Low-E coating, prevents heat loss through glazing. Does not compromise on natural daylight.

Temperable Low-E Glass

Low-E is Heat Control Glass

Advantages

• Insulating Glass Unit (IGU) manufactured with Low-E Glass reduces heat loss from windows by 77% compared to single glazing, 50% compared to ordinary IGU and provides savings from heating expenses.

• Provides heat control and energy efficiency.

• Heating expenses are reduced.

• Do not compromise on natural day light and transparency.

• Reduces condensation on glass surface.

• Ensures maximum benefit from solar heat.

• In winter, cold spots by windows are eliminated and heat inside the room is radiated equally.

• Provides extremely high levels of protection against UV radiation over 68%, therefore helps to reduce fading and ageing effects.

• In accordance with architectural trends, provides solutions to safety requirements which is rising in line with expansion of the glass surface area and increase in glass thickness. It eliminates the risk of injury by dividing into small pieces which are not sharp, when breaks.

Related Products

Low-E Glass

Temperable Low-E Glass

Low-E is Heat Control Glass

Advantages

• Insulating Glass Unit (IGU) manufactured with Low-E Glass reduces heat loss from windows by 77% compared to single glazing, 50% compared to ordinary IGU and provides savings from heating expenses.

• Provides heat control and energy efficiency.

• Heating expenses are reduced.

• Do not compromise on natural day light and transparency.

• Reduces condensation on glass surface.

• Ensures maximum benefit from solar heat.

• In winter, cold spots by windows are eliminated and heat inside the room is radiated equally.

• Provides extremely high levels of protection against UV radiation over 68%, therefore helps to reduce fading and ageing effects.

• In accordance with architectural trends, provides solutions to safety requirements which is rising in line with expansion of the glass surface area and increase in glass thickness. It eliminates the risk of injury by dividing into small pieces which are not sharp, when breaks.

References
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