TEMPERED LOW-E / SOLAR LOW-E GLASS
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TEMPERED GLASS
Glass is one of the oldest constructional components, has been going through the golden ages for more than 20 years due to it is an indispensable element of modern architecture.
has 1100 ° C heated into molten tin pool. The glass is floated on the tin so that both sides of the glass are error-free and parallel to each other. At the same time, the thickness of the glass and strip width of the glass is formed. By reducing of the temperature of the glass strip which emerges from the tin pool controlledly. the glass stresses are removed in the cooling section. The glass is cut into desired sizes in the shearing line and collected in packages and made ready for shipment.
Reflective Glass is formed by applying a metalic coating to the surface of ordinary float glass in order to cuts off the solar heat. Meanwhile, This special metalic coating provides a one way mirror effect, preventing visibility from outside and preserving privacy. It Is generally used on facades.
TEMPERED GLASS
Glass is one of the oldest constructional components, has been going through the golden ages for more than 20 years due to it is an indispensable element of modern architecture.
has 1100 ° C heated into molten tin pool. The glass is floated on the tin so that both sides of the glass are error-free and parallel to each other. At the same time, the thickness of the glass and strip width of the glass is formed. By reducing of the temperature of the glass strip which emerges from the tin pool controlledly. the glass stresses are removed in the cooling section. The glass is cut into desired sizes in the shearing line and collected in packages and made ready for shipment.
Reflective Glass is formed by applying a metalic coating to the surface of ordinary float glass in order to cuts off the solar heat. Meanwhile, This special metalic coating provides a one way mirror effect, preventing visibility from outside and preserving privacy. It Is generally used on facades.
Tempered Low- E Glass Specifications
- Reducing heat loss by 50% compared to uncoated insulating glass
- Provides heat insulation and energy saving,
- Reduces fuel oil expenses
- Provides maximum energy from solar energy
- Do not compromise transparency and natural daylight
- Reduces misting on glass-facing surfaces of windows
- Reduces condensation on glass surface.
- Ensures maximum benefit from solar heat.
- It prevents ultraviolet rays by %76.
- Prevents the problem of cold in winter in front of windows
- By reducing the heat going out of the building It keeps the solar heat entering the building highly. And saves on heating costs.
- 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.
Tempered Solar Low- E Glass Specifications
- Reduces heat loss by 50%, solar heat input by 40% compared to uncoated insulating glass
- Provides both solar control and heat insulation with one coating at the same time Temperable Solar Low –e is a safety glass
- Provides a bright and relaxing image for the observer
- Reduces misting on glass-facing surfaces of windows
- Prevents the problem of cold in winter and warm in summer in front of the window
- Reduces heat and climate expenses
- Does not compromise transparency and natural daylight.
- It prevents ultraviolet rays by %91.
- 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.
- Reduces condensation on glass surface.
In winter cold spots, in summer hot spots by windows are eliminated and heat inside the room is radiated equally.