Architectural glass is making a big splash in the A&D industry. Featuring bold colors, creative design patterns, and crystal-clear views, architectural glass is quickly becoming an extremely versatile design material.
This super thin, flexible glass can be rolled onto a traditional flat building material, such as MDF, to create a durable laminate that can be easily cut on-site.
SunGuard SNX 51/23
Designed to offer the most light with the lowest heat, triple silver SunGuard SNX 51/23 is a commercial low-e glass product with visible light transmission at 51 percent and a solar heat gain coefficient at .23 on clear float glass.
View Intelligence 2.0
View Dynamic Glass
The algorithm that controls the tinting process of this dynamic glass system works with advanced weather inputs, enabling it to predict not only the sun’s movement, but also short-term and long-term weather conditions.
Asahi Glass Company
A combination of glass and screen, this material allows images to be projected onto clear glass without blocking the view beyond. Available in a range of thicknesses and screen sizes of 100-inches and larger, the product can accommodate front- and rear-projection designs.
These glass block units install like traditional windows with built-in nailing fins, so there is no additional assembly required. They provide privacy, security, and light-control while meeting Energy Star requirements.
Architects can design medical X-ray viewing windows with a wider field of vision and improved comfort, thanks to the large 108- by 54-inch size of this glass. Other applications include screens for medical diagnostics, protection windows in laboratories, and airport security X-ray screens.
The dual role glass plays in architectural design—a material integral to both a building’s appearance and its performance—makes selecting a specific product a tricky process. From energy-efficient glazing to decorative dichroic panels, here are a few new items to spur the imagination.
Designed by Ross Lovegrove, these glass panels can be fixed into construction profiles or into building construction-assembly grooves. Specialty colors and finishes are available; panels range in size from 80 by 8 centimeters to 270 by 370 centimeters.
It’s Parametric. ArchDaily posts an intriguing project from Bucharest, Romania: the Hexigloo pavilion designed by architecture students. Under the supervision of instructors Tudor Cosmatu, Irina Bogdan, and Andrei Radacanu, 55 students learned basic parametric design principles and over the course of one week built a striking honeycomb structure of cardboard funnels.
Spantastic. The Guardian reports the opening of the world’s longest sea-crossing bridge that spans the Jiaozhou Bay in China. After four years and roughly £1.4 billion, the bridge makes possible commuting between cities Qingdao and Huangdao in a region southeast of Beijing. Look forward to another, even longer, bridge opening in 2015 that will connect the Guangdong province to Hong Kong and Macau.
Supertallest. The Council on Tall Buildings and Urban Habitat awarded Adrian Smith an honor of lifetime achievement for his work in the realm of the supertall. Bustler highlights Smith’s work on some of the world’s tallest completed buildings: Dubai’s Burj Khalifa, Nanjing’s Zifeng Tower at Nanjing Greenland Financial Center, Chicago’s Trump International Hotel & Tower, and Shanghai’s Jin Mao Tower while at Skidmore, Owings & Merrill.
Swiss Watch. Treehugger shares news from Zurich: the city is developing a project called OpenSense that will allow buses and other infrastructure systems, including mobile phone networks, to monitor air quality.