Blue Low-E Insulated Glass

Key Specification

Insulated glass units are hermetically sealed combinations of two or more panes of glass separate by a dry airspace. The air trapped between the two pieces of glass acts as an insulator slowing the rate at which heat and cold can pass through the unit. The more air sandwiched between the glasses the better insulator effect you have. Insulated glass improves thermal performance, significantly reducing heating and air conditioning costs. Insulated glass also reduces interior condensation in cold climate.

Substitute one of the two pieces of glass with a special coated glass (LOW-E glass), or a colored piece of glass (tinted glass), you dramatically slow heat transfer even further. Meanwhile, there are many other ways to build an insulated glass, such as low iron glass, silk-screened glass, laminated glass, decorative glass and spandrel glass.

Gas like argon or krypton can added to the airspace to add a bit more insulating value to the whole insulated glass.

The methods for constructing an insulated glass for residential use differ from glass used in commercial settings. Spacer is the primary focus. Usually, we use Aluminum Bars as the spacer, which can meet most of the clients. But sometimes, for high-performance request, we will use a Super Spacer, which will improve the performance of insulated glass maximally.

Characteristics:

·Reducing heating and cooling costs by reducing air-to-air heat transfer.

·Reducing condensation.

·Reducing sound transmission

·Increasing personal comfort and aids in energy conservation.

·Increasing strength for higher windload requirements.

Specification:

Max: 2440x3500mm

Min: 300x300mm

Thickness of Aluminum Frame: 6mm, 9mm, 12mm, 15mm etc

Thickness of Glass: Various combinations between 3mm to 19mm

Application:
Widely used in all kinds of curtain wall of building, window, glass house, indoor partition or refrigerator and other place where need to control temperature.