COLORED FLAT GLASS
Color Glass, mainly in non-residential facade cladding solar control, including requiring all structures in the buildings; In windows, parapet wall on the front is used in skylights and glass balconies.
Also on board for the purpose of decoration, shelves, doors, shower enclosures and glass is used as an intermediate compartment
Şişecam Tinted Float Glass Flat glass is colored glass şişecam the blend.
Advantages
- Different colors and enjoy more options for designers and users with an alternative to creating aesthetic and stylish places.
- When used in the exterior boundaries of the solar heat input into the building, the sun’s extreme brightness controls offer a comfortable working and living environment.
- in air-conditioned environments by reducing cooling energy consumption, it saves on cooling costs.
- supply facilities are available in different sizes and thickness.
Note:
There is the risk of thermal breakage in all solar control glass. Therefore Sisecam Flat Glass colored tempered or partially tempered use is recommended. Laminated while tempering of all layers of laminated or toughened glass against thermal breakage risks must be.
PRODUCT DESCRIPTION
- Şişecam Tinted Float Glass Flat glass is colored glass şişecam the blend.
- It is obtained by the addition of coloring agents to the frit during manufacture.
- Şişecam Tinted Float Glass items secondary processes making insulating glass units, laminated glass, tempered glass, partly tempered glass, enamelled glass, curved glass, coated glass, mirror can be produced.
The colors
green, gray, bronze, blue, turquoise and smoky colors are available.
Tinted Float Glass will receive special blend prepared during production of color. Tinted glass, glass during the float process the dough is obtained by addition of colorant.
because it has lower light transmittance by clear glass allows Sisecam Flat Glass colored and solar control.
TECHNICIAL SPECIFICATIONS
Isıcam values above 6 mm Şişecam High Reflective outer glass +12/16 mm interspace formed in the internal cam arrangement is provided for at +6 mm thick pane windows.
“Daylight” and “Solar Energy” values, using spectral data measured in the laboratory according to EN 410 standard, “TNO Science and Industry” – is calculated at 3:01 WISE software package.
The value of the thermal conductivity coefficient was calculated according to standard EN 673 with WIS 3.01. Emissivity values used in each account, in vitro EN 673 (Appendix A) and measured according to EN 12898.
exposure to solar radiation throughout the surface of the glass piece, the temperature differences between day and night, because of factors such as heat absorption coefficients of the glass of the sexes may arise or chopping risk of thermal breakage. Depending on these factors require the use of tempered or partially tempered glass. This document does not have any calculation for thermal breakage risks. For questions regarding this matter please contact Sisecam Flat Glass.
This document is for informational purposes only and the information they contain can be changed by Sisecam Flat Glass without any warning.
In this document the differences between the actual value depending on the conditions of the place of use with a given value may occur. Because of these differences Şişecam
Float glass can not be held responsible.
Daylight Permeability is the percentage of the light from the window glass.
Daylight Mirror (external): The percentage of incoming light reflected back by the window glass.
Total Solar Energy Transmission: The total percentage of incoming solar energy is coming on the glass. Lower total solar energy transmittance value, the better the solar control.
Shading Coefficient: Solar energy is compared to the total permeability of 3 mm colorless. The lower shading coefficient means better solar control.
Thermal Conductivity: the glass is a measure of thermal insulation. The lower the value, the better the thermal insulation, heating costs and less means more winter comfort.
Isıcam values above 6 mm Şişecam High Reflective outer glass +12/16 mm interspace formed in the internal cam arrangement is provided for at +6 mm thick pane windows.
“Daylight” and “Solar Energy” values, using spectral data measured in the laboratory according to EN 410 standard, “TNO Science and Industry” – is calculated at 3:01 WISE software package.
The value of the thermal conductivity coefficient was calculated according to standard EN 673 with WIS 3.01. Emissivity values used in each account, in vitro EN 673 (Appendix A) and measured according to EN 12898.
exposure to solar radiation throughout the surface of the glass piece, the temperature differences between day and night, because of factors such as heat absorption coefficients of the glass of the sexes may arise or chopping risk of thermal breakage. Depending on these factors require the use of tempered or partially tempered glass. This document does not have any calculation for thermal breakage risks. For questions regarding this matter please contact Sisecam Flat Glass.
This document is for informational purposes only and the information they contain can be changed by Sisecam Flat Glass without any warning.
In this document the differences between the actual value depending on the conditions of the place of use with a given value may occur. Because of these differences Sisecam Flat Glass in no way be held responsible.
Daylight Permeability is the percentage of the light from the window glass.
Daylight Mirror (external): The percentage of incoming light reflected back by the window glass.
Total Solar Energy Transmission: The total percentage of incoming solar energy is coming on the glass. Lower total solar energy transmittance value, the better the solar control.
Shading Coefficient: Solar energy is compared to the total permeability of 3 mm colorless. The lower shading coefficient means better solar control.
Thermal Conductivity: the glass is a measure of thermal insulation. The lower the value, the better the thermal insulation, heating costs and less means more winter comfort.
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