COATED GLASS Right Glass Right Solution

Heat Control Glass - Şişecam Low-E Glass - Şişecam Climax Neutral 80/64 Heat & Solar Control Glass - Şişecam Solar Control Low-E Glass Neutral - Şişecam Solar Control Low-E Glass Neutral Selective - Şişecam Solar Control Low-E Glass Neutral 70/40 - Şişecam Solar Control Low-E Glass Neutral 70/37 - Şişecam Solar Control Low-E Glass Neutral 62/44 Temperable Heat Control Glass - Şişecam Temperable Low-E Glass Neutral 80/64 - Şişecam Temperable Low-E Glass Neutral 71/53 Temperable Heat & Solar Control Glass - Şişecam Temperable Solar Control Low-E Glass Neutral 62/44 - Şişecam Temperable Solar Control...

Neutral: Residential buildings where heat and solar control are required with optimum light transmission Neutral 62/44: Residential buildings, schools, small/medium-sized commercial buildings where thermal insulation and solar control are required Neutral Selective: Residential, small/medium sized commercial buildings where heat and solar control are required with high light transmission and low reflection Neutral 70/40: Residential, small/medium sized commercial buildings where high light transmission, low reflection and neutral effect are required Neutral 70/37: Residential, small/medium sized...

Transparent solutions for architectural projects Applications Neutral 71/53: Residences, commercial buildings (office, hotel, shopping mall, airport and etc.), skylights and conservatories where transparency and low reflection are required Neutral 80/64 (*): Residences, commercial buildings and cold climates areas where high light transmission and low reflection are needed (*) Provides ideal solutions for triple glazing units. THE MUSEUM HOTEL ANTAKYA , ANTAKYA Heat control and energy efficiency Decreases heating expenses Does not compromise on natural daylight and transparency Ensures maximum...

Right glass, right solution Applications Neutral 62/44: Residences and education complexes where high light transmission is needed Neutral 50/33: Offices, hotels and hospitals where optimum daylight transmission and efficient solar control are necessary Neutral 43/28 and Neutral 41/27: Skylights or warm climate areas where daylight control and efficient solar protection are required Deep Blue 40/28: Skylights and residence projects where daylight control, more efficient solar control and blue color effect on façade are required DEMIRBUKU HOUSES, BODRUM Advantages: • Heat and solar control with...

Neutral 70/40: Residences, villas and store front glazing where high light transmission, low reflection and neutral effect are required Neutral 70/37: Residences, villas and store front glazing where outstanding thermal insulation and solar control are needed as well as high light transmission Neutral 58/32: Residences, offices and commercial buildings where high light transmission and efficient solar control are necessary Neutral 51/28: Offices, hospitals and hotels where optimum light transmission and maximum solar control are required Neutral 50/27: Offices, hospitals and hotels where optimum...

TEMPERABLE SOLAR CONTROL LOW-E GLASS NEUTRAL 70/37 Glass... Our profession, our passion G BEYOND BODRUM, MUGLA

Façades or windows of commercial buildings where reflective glass is required Façades or windows of commercial buildings where reflective glass is required YOZGAT AQUAPARK, YOZGAT LOBIPARLAS RESIDENCE, ISTANBUL Prevents solar heat transmission into buildings Controls the luminosity of sunlight Provides comfortable working environment Energy efficiency and savings on cooling expenses Perfect uniform appearance for façades Provides privacy Can be toughened, heat strengthened, laminated, enameled and bent Easy to handle and process No shelf life Prevents solar heat transmission into buildings Controls...

Efficient heat and solar control TEMPERABLE SOLAR CONTROL LOW-E GLASS NEUTRAL 62/44 TASKESIK HOUSE, MUGLA

HEAT CONTROL GLASS 4 mm Clear Float Glass + 16 mm Cavity + (#3) 4 mm Low-E Glass Reflectance Outdoor % Reflectance Indoor % Colour Rendering Index (Ra) % TEMPERABLE HEAT CONTROL GLASS Thermal Conductivity (U Value) W/m2K (EN 673) Direct Reflectance Transmittance Outdoor % % Solar Factor (g value) % Shading Coefficient 4 mm Clear Float Glass + 16 mm Cavity + (#3) 4 mm Temperable Low-E Glass Reflectance Outdoor % Reflectance Indoor % Colour Rendering Index (Ra) % Thermal Conductivity (U Value) W/m2K (EN 673) Direct Reflectance Transmittance Outdoor % % Solar Factor (g value) % Shading Coefficient...

SPANDREL GLASS APPLICATIONS SOLAR CONTROL GLASS (REFLECTIVE) 6 mm Tentesol (#2) + 16 mm Cavity + (#3) 6 mm Low-E Glass / 6 mm Clear Float Glass Colour Rendering Index (Ra) % Thermal Conductivity (U Value) W/m2K (EN 673) Reflectance Outdoor % Reflectance Indoor % Direct Reflectance Transmittance Outdoor % % Solar Factor (g value) % Shading Coefficient Silver + Low-E Glass Silver + Clear Float Glass Green + Low-E Glass Green + Clear Float Glass Blue + Low-E Glass Blue + Clear Float Glass Grey + Low-E Glass Grey + Clear Float Glass Bronze + Low-E Glass Bronze + Clear Float Glass TEMPERABLE LACQUERED...

CONTACT INFORMATION Daylight Transmittance (%): The ratio of the visible spectrum (light) that is transmitted through glass. Southern Europe Greece-Ireland-PortugalSpain-UK [email protected] Daylight Reflectance Outdoor (%): The ratio of the visible spectrum (light) that is reflected outside by glass. Solar Factor (g value) (%): The percentage of total solar radiant heat energy passing through 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 (0.87), set in identical...

CONTACT US [email protected] www.sisecam.com.tr/en /sisecamflatglass Products Catalog Reference Projects Coated Glass Detector App Coated Glass Catalogue is for informative purposes only and Şişecam reserves the right to make alterations in the information contained in this catalogue without prior notice. The values in this catalogue may differ from the actual values depending on the local conditions. Şişecam cannot be held responsible for any differences of the values given in this publication. (Printed in 2021