5mm 12A 5mm Glass Curtain Wall Facade , Low E Insulation Curtain Wall
|Place of Origin:
|EN 1090-2-2018; ISO3834
Payment & Shipping Terms:
|Minimum Order Quantity:
|USD400-1200 per sqm
|Seaworthy packing in container or bulk vessel
|Based on client's needs like one month
|L/C,T/T, D/A, D/P, Western Union
|600,000 sqm per Year
|Steel And Glass
|Customized As Order
|According To Client's Need
5mm Glass Curtain Wall Facade,
12A Glass Curtain Wall Facade,
Low E Insulation Curtain Wall
High Transmittance 5mm + 12A + 5mm Low-E Glass Curtain Wall Efficient Insulation
High-transmittance Low-E glass has high visible light transmittance, good lighting effect, and can effectively save lighting costs. Low-E glass is also called low-emissivity coated glass. As far as the world is concerned, the production and application of Low-E glass is in a period of rapid growth.
Low-E can be divided into on-line deposition coating method and off-line vacuum magnetic sputtering method in terms of technology. In terms of color, there are three basic tones of blue, green, and gray, and different crafts can be made according to the combination of different thicknesses and materials. For example, neutral colors, gold (rose gold), silver and other relatively distinctive colors.
|Aluminum frame, glass, accessories
c.Color: any color
|a: Single Glass:5mm-12mm.
Double Glass:5mm+9A+5mm/6mm+9A+6mm/or the others
Laminated Glass:5mm+0.38pvb+5mm/6mm+0.76pvb+6mm/or the others
b:Color:Tinted(Grey/Green/Blue/Tea/or the others) or clear
c:Special: Low-E Glass/Reflected Glass/Tempered Glass/Float Glass/Art Glass
|Design And Fabricate According to Customer's detailed requirements.
1. The solar transmittance is very high, most of the solar energy can be radiated indoors through glass;
2. The far infrared can be reflected back well, so it has good heat insulation performance.
1. The winter in Europe, North America, and Australia is relatively cold, so effective use of solar energy in winter is the most significant feature of high-transmittance low-E glass. In winter, solar heat radiation enters the room through the glass to increase the indoor heat energy, and the far infrared emitted by the indoor heating is reflected back to the room by the glass, so that the indoor temperature is higher, and the effect of energy saving is achieved;
2. It is suitable for buildings with higher requirements for light. For example, office buildings, shopping malls, etc.