Şişecam Temperable Solar Control Low-E Glass

Şişecam Temperable Solar Control Low-E Glass is Şişecam Flat Glass’ heat and solar control glass.

Advantages

The coating provides heat and solar control properties at the same time.
Decreases heating and cooling expenses.
Provides alternative solutions to projects with its different performance choices and different color options for different projects.
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. More comfortable interiors by providing energy efficiency with heat and maximum solar control, while ensuring low reflection and transparency.

Description

Şişecam Temperable Solar Control Low-E Glass is Şişecam Flat Glass’ heat and solar control glass.

Insulating Glass Unit (IGU) manufactured with Şişecam Solar Control Low-E Glass reduces heat loss from windows by 50% compared to ordinary IGU. Therefore effective heat insulation in winter is provided and heating expenses are reduced. It also decreases solar energy transmission by 40-65% compared to ordinary IGU. Therefore it keeps cooler in summer and cooling expenses are reduced. Tempered heat and solar control glass is approximately 5 times more durable than annealed heat and solar control glass.

Colors

Besides applied on clear float glass, temperable Solar Control Low-E coating can also be applied on green, gray, bronze and blue body tinted glass on demand.

Applications

Şişecam Temperable Solar Control Low-E Glass provides comfortable living areas to end users with its thermal insulation and solar control property; also provides best solutions for safety requirements when it is tempered. In addition reduces solar energy transmission by compared to ordinary Insulating Glass Unit and decreases cooling expenses.

Neutral 63/29; ensures outstanding thermal insulation and maximum solar control in projects such as residences, offices, hotels, hospitals and education complexes where high light transmisson, low reflection and neutral effect on façade are required.

Neutral 70/40; provides solutions for residences, villas and store front glazing where high light transmission, low reflection and neutral effect are required.

Neutral 70/37; ensures outstanding thermal insulation and optimum solar control in Residences, villas and store front glazing where high light transmission and low reflection are needed.

Neutral 58/32; is preferred in residences, offices and commercial buildings where high light transmission and efficient solar control are necessary.

Neutral 51/28; is preferred in offices, hospitals and hotels where optimum light transmission and maximum solar control are required.

Neutral 50/27; is preferred in offices, hospitals and hotels where optimum light transmission, maximum solar control and bluish color effect on façade are required.

Neutral 62/44; provides solutions for residences and education complexes where high light transmission is needed.

Neutral 50/33; provides solutions for offices, hotels and hospitals where optimum daylight transmission and efficient solar control are necessary.

Neutral 43/28 and Neutral 41/27; is preferred in skylights or warm climate areas where daylight control and efficient solar protection are required.

Deep Blue 40/28; is preferred in skylights and residence projects where daylight control, more efficient solar control and blue color effect on façade are required.

Technical Specifications

Şişecam Temperable Solar Control Low-E Glass is manufactured by depositing multi-layered metal/metal oxides on float glass through "magnetically enhanced vacuum sputtering" technology.

Performance Tables

Product	Daylight (EN 410)				Solar Energy (EN 410)					Thermal Conductivity (U Value) W / m2K (EN 673)
Product	Transmittance %	Reflectance Outdoor %	Reflectance Indoor %	Color Rendering Index (Ra) %	Direct Transmittance %	Reflectance Outdoor %	Absorption %	Solar Factor %	Shading Coefficient	Argon
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 63/29 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	63	13	14	90	27	40	34	29	0.33	1.0
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 70/40 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	69	11	12	94	37	29	34	40	0.46	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 70/37 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	69	13	13	93	34	36	31	37	0.42	1.0
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 58/32 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	58	21	20	94	29	36	35	32	0.37	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 51/28 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	50	23	17	93	26	31	43	29	0.33	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 50/27 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	49	16	19	89	23	32	45	26	0.30	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Deep Blue 40/28 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	40	19	25	86	23	18	59	28	0.32	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 62/44 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	63	23	20	95	39	33	29	43	0.49	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 50/33 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	49	31	23	88	29	36	34	33	0.37	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 43/27 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	44	34	26	88	25	40	35	28	0.33	1.1
6 mm Şişecam Temperable Solar Control Low-E Glass Neutral 41/27 + 16 mm cavity + 6 mm Şişecam Clear Float Glass	42	36	34	89	24	41	36	27	0.31	1.1

Şişecam Glass performances are calculated with WinSLT.

“Daylight” and “Solar Energy” properties are calculated using spectral measurements in compliance with EN 410:2011.

“U-value” is calculated according to EN 673:2011. The emissivity measurements used for calculations are in compliance with EN 673:2011 (Annex A) and EN 12898:2019.

Thermal stresses or building codes may require the use of heat-treated glass. This document is not an evaluation of the risk of glass breakage from thermal stresses. Please contact Şişecam Flat Glass to ensure the correct form of glass to be supplied for the structure.

Şişecam Flat Glass cannot be held responsible for any deviations between the presented data and the conditions on the site. This document is for informational purposes only. Technical and other data are based on information available at the time of preparation of this document and are subject to change by Şişecam Flat Glass without notice.

Daylight Transmittance (%): The ratio of the visible spectrum (light) that is transmitted through glass.

Daylight Reflectance (outdoor) (%): The ratio of the visible spectrum (light) that is reflected outside by glass.

Solar Factor: The percentage of total solar radiant heat energy entering the room thorough the glass. The lower solar factor means better solar control.

Shading Coefficient: The ratio of solar factor of a particular glass type to the solar factor of 3 mm clear float glass, set in identical conditions. The lower shading coefficient means better solar control.

U value (W/m2K): A measure of the rate of heat loss of a building component. The lower U value means better heat control and more comfort in winter.

Quality

Şişecam Temperable Solar Control Low-E Glass is manufactıred an accordance with EN 1096 Glass in Building - Coated Glass.

Processing

Temperable Low E Glass & Temperable Solar Control Low E Glass Processing

Thickness and Sizes

Thickness (mm)	Standard Sizes (mm)
6,0	3210x6000
8,0	3210x6000

The tolerances on nominal sizes are ± 5 mm. In addition to above data, other thickness and sizes can be applied. For more information, please ask for Şişecam Flat Glass.

Downloads

Coated Glass Performances Coated Glass Brochure Temperable Low E Glass & Temperable Solar Control Low E Glass Processing

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