from web site
Vacu, Max VIG systems are constantly tempered for security and to ensure they perform incredibly across indoor and outside temperature level extremes. Prolonged preparation use to items using Vacu, Max VIG. Please consult with your National Architectural Manager or Industrial Account Manager for additional technical and logistics information.
While all of the glass types and products discussed up until now represent a fair amount of development and technological advances, manufacturers are continuing to pursue a lot more methods to resolve structure design concerns through advanced items. Some of these include the following cutting edge glazing developments. Vacuum Insulated Glazing A vacuum, is very efficient at minimizing conduction and convection heat losses.
These insulating principles of vacuums are being applied by some makers to produce a high performance glass with a thinner profile. They are using vacuum insulated glazing that is different than standard double glazing because the air in between the 2 panes of glass is extracted, to develop the needed vacuum.
Nevertheless, the space between the two panes can be decreased to simply 0. 2 mm, offering the glass an overall thickness of just over 6 mm (1/4 inch). Heat circulation through radiation can be lowered by covering among the glass panes with a low-emissivity finishing, similar to that used in traditional double glazing.
18 Btu/F in a inch profile. That means the very same or much better thermal efficiency is achieved as conventional double glazing but in one quarter of the density and two thirds the weight. Key Reference makes it ideal for retrofit or historical preservation projects where an existing window sash or frame needs to be preserved and conventional insulated glazing systems won't fit.

There are naturally some variations available for vacuum insulated glazing. For places that need solar control, the coated surface can be created to accomplish the required SHGC. For circumstances that can accommodate the width of IGUs, it is possible to use a triple glazed, coated vacuum insulating glass unit that provides U-factors as low as 0.

sqft, F. This combination utilizes a vacuum insulated glass unit with a standard spacer, gas fill and a covered external pane to create a hybrid unit with superior thermal performance. Both styles permit minimum interruption in existing structures making it an expense effective method of enhancing the energy effectiveness.