Quick Detail:

1. Thickness:  4mm, 5mm, 6mm, 8mm

2. Maximum Size:3660mmx2400mm

3. Colors: F green, light green, ocean blue, Ford blue, Euro Grey, light Grey, dark Grey, bronze, gold, green blue

4. Applications: residential, hotels, hospitals, schools, libraries, shopping malls, exhibition hall

Energy Efficient Low E Glass, 8mm Clear Blue Low E Coating Glass For Buildings

Description:

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 long wave infared. 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

Nowadays pursuing large daylighting glass area in architectural design becomes popular, and Low-E glass is widely used for energy efficiency consideration. The Low-E glass produced by Huafeng is outstanding in energy efficiency and in aesthetics with various colors, thus being the primary choice in architectural design. According to the structure of Low-E coating, Low-E glass may be classified as single silver Low-E glass, double silver Low-E glass and so on.

Single Silver Low-E Glass
Within the coating structure of single silver Low-E glass, there is one silver layer. Single Silver Low-E glass has been widely used in various buildings at different locations worldwide.

Double Silver Low-E Glass
Within the coating structure of double silver Low-E glass, there are two silver layers. While maintaining the same visible light transmittance, it has lower shading coefficient, SC, than single silver Low-E glass. In other words, it filters the sunshine as a cool lighting source to a larger extent and provides a solution to energy efficiency in design of high transparency architectures.

Triple Silver Low-E GlassWithin the coating structure of triple silver Low-E glass, there are three silver layers. As a result, triple silver Low-E glass performs better against solar heat than double silver Low-E glass and is currently the best silver based Low-E glass in terms of high visible light transmission and energy efficiency. Triple silver Low-E glass is suited for high transparency buildings with special solar shading requirement.

Bendable and Post-Temparable Low-E Glass
Ordinary Low-E glass cannot be bent and post-tempered after coating which limits larger scale application of Low-E glass and promotion of energy efficient buildings. In view of the prevailing conditions and economic development in China, CSG has researched and developed Low-E coatings made of new materials which can be bent and post-tempered after coating to meet the need of curved Low-E glass in current architectural design practice. The new Low-E glass has been widely used in a number of large buildings home and abroad. CSG has established a sound foundation for popularization of Low-E glass and made new contribution to the undertaking of energy efficient buildings in China.

Applications:

High transmission Low-E glass has shading coefficient Sc≥0.5 which does not reduce too much solar heat. It is very suitable to be used in the northern area where heating system is adopted. In winter, sun rays can transmit through this type of Low-E glass into the room and the energy is absorbed by interior objects. The objects in the room will re-rediate far infrared which cannot pass through the Low-E glass. Such solar heat is confined indoors together with the heat from the indoor heaters. Thus, heating costs can be reduced.

Solar Control Low-E glass has shading coefficient Sc0.5 which can reduce solar heat transmission. It is very suitable to be used in the southern area where air conditioner is used for cooling. In summer, it can block solar heat from entering the room as well as to block scattered far infrared from outdoors. Thus, the costs of air conditioning can be reduced.

 

Specifications:

Competitive Advantage:

Visible light transmittance— adequate indoor natural daylighting.
Solar energy transmittance — a wide range of shading coefficient SC available, for different geological locations.
High far infrared reflectance — low U-value, reduced thermal transfer due to temperature difference.

Tag:

Tempered glass,toughened glass,safety glass,LOW-E glass,Low Emissivity Coated Glass