Overview
Windows are used both for curtain walls and common aluminum systems. The glass for windows applies in few applications like insulated glass, laminated Glass, IG stepped Glass.
Windows are used both for curtain walls and common aluminum systems. The glass for windows applies in few applications like insulated glass, laminated Glass, IG stepped Glass.
Low emissivity coated glass is also called Low-E glass. Low-E glass is to coat low emissivity silver and metal oxide layers on glass surface. The coatings on glass will show different colors. Its major properties is to lower the U-value and selectively lower the SC which on the whole improves the glass energy efficiency. It features high infrared reflection. It can directly reflect far infrared. Because of its low surface emissivity(E), it absorbs and re-radiates very little energy. It has a wide range of shading coefficient(SC) which can meet different solar control requirements according to different climates. I t can be divided into high transmission low-E glass and solar control low-E glass.
Heat reflective coated glass is to coat multilayer of metal and metal oxide layers on glass surface by vacuum magnetron sputtering technology. It can control visible light transmission and block solar radiation from entering the interior so as to reduce energy consumption of air-conditioning. In addition, it has many color options for modern building design. Its main function is to reduce the glass shading coefficient and restrict direct solar radiation transmission. Heat reflective coating does not reflect far infrared. Therefore, it has very little improvement in U value.
For areas which are exposed to strong sunlight in summer, the thermal insulation of heat reflective glass is remarkable. It can effectively reduce the solar radiation entering the interior. When there is no sunlight such as at night time or on rainy days, its thermal insulation performance is more or less like normal clear glass. From the energy saving point of view, heat reflective glass is not suitable for cold areas as cold areas need sunlight for heating the interior.
1. Effectively restricting the incidence of direct solar radiation and has obvious shading effects
2. A variety of reflective colors and good aesthetic effects
3. Hiding interior objects and architectural structures
4. Desirable visible light transmittance and visible light reflectance
5. Reduce ultraviolet light transmission
6. With our unique technology, the heat reflective glass
7. can be curve-tempered without affecting its performance.
We've expanded our selection of architectural
metal and glass hardware for the construction
of entrances in commerical, retail, and
residential buildings. There are over 400 pages
of color photos of finished projects, as well as
helpful technical data.
