Tag: low-e glass

Guardian Glass to Debut Bird-Friendly Solutions to Architects and Designers at AIA

Guardian SunGuard® SNX-L 62/34 HT coated glass combines triple-silver low-E technology with frit patterns to mitigate bird collisions. Guardian Bird1st™ UV coatings will soon be available, and can be combined with Guardian SunGuard coated glass. The Bird1st glass coatings work with laminated glass to break up the reflectivity allowing the glass to be more visible to birds, but very subtle to the human eye.

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Vitro Architectural Glass to display large units of SOLARBAN low-e glass at AIA 2018

Show attendees will be among the first to hear about Acuity™ glass, a new affordable, low-iron glass designed to enhance aesthetics and clarity for vision and spandrel glass applications. To be released September of 2018, Acuity glass is designed to be a highly transparent substrate for Vitro Glass’ full-range of Solarban® high-performance solar control low-e glass coatings.

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Smart Glass: Options for Creating a Sustainable, Glare-free Environment

Advances in electrochromic technologies have given building owners new options for maintaining their views and daylight, which studies have shown to boost vitality, productivity, and improve sleep by helping people keep in sync with their circadian rhythms. When used to block the sun’s heat and admit daylight, electrochromic or smart-tinting glass has been proven to reduce the energy used for air conditioning and electric lighting, providing as much as 20% in energy savings over low-E glass.

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Solarban 90 glass by Vitro Glass used in “transformational” arts facility

Solarban® 90 solar control, low-emissivity (low-e) glass by Vitro Architectural Glass (formerly PPG Glass) is a defining feature on the Ent Center for the Arts, the first purpose-built performing and visual arts center on the University of Colorado Colorado Springs’ (UCCS) 550-acre campus. Designed by Semple Brown Design of Denver to encourage and support working relationships with community cultural organizations and to provide direct public access to performances, exhibits and classes, the 92,000-square-foot facility consolidates the Department of Visual and Performing Arts, which had previously been spread across six campus venues.

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SOLARBAN glass specified for Jewel Changi Airport in Singapore

Vitro Architectural Glass (formerly PPG Glass) announced that Solarban® 70XL and Solarban 72 solar control, low-emissivity (low-e) glasses and Starphire Ultra-Clear® glass have been selected for the Jewel Changi Airport (Jewel) complex in the heart of Singapore Changi International Airport. Jewel is envisaged to be a world-class lifestyle destination that will be a game-changer for Changi Airport, amidst intensifying competition on the global airport landscape. Designed by world-renowned architect Moshe Safdie, the structure will feature a distinctive dome-shaped façade made of steel and glass.

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195 CHURCH offices’ window retrofit increases energy efficiency

Located on the New Haven Green, 195 CHURCH is undergoing a $6 million energy-efficient window and lighting retrofit. Implementing recommendations from Globelé Energy and Apogee Enterprises, Inc.’s Building Retrofit Strategy Team, the property’s tenants already are experiencing more comfortable workspaces.

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San Antonio’s Cellars at Pearl features Wausau Window and Wall Systems

Cellars at Pearl’s East and West Towers’ 122 apartments range from 650-square-foot floor plans with one bedroom and one bath to 2450-square-foot, three-bedroom, three-bath junior penthouses. The towers’ feeling and function is credited to the collaboration of Three: Living Architecture and Don B. McDonald, AIA. Described as a South Texas/Spanish “refined ranch” aesthetic, the towers incorporate native stone, mission tile, reclaimed brick, salvaged hardwood floors, high ceilings, expansive windows, and private terraces and balconies.

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Editor’s pick

How to Design Zero Energy Buildings for School Projects by Eddy Santosa, CBCP, LEED® AP BD+C, BEMP . Photo: James Patterson Elementary School - Richmond, Texas (Architect: Huckabee). The building was designed to achieve Ultra-Low-Energy Building and it utilizes extensive sustainable, durable and environmentally sound materials and includes natural daylighting, and good indoor air quality.

How to Design Zero Energy Buildings for School Projects by Eddy Santosa, CBCP, LEED® AP BD+C, BEMP . Photo: James Patterson Elementary School - Richmond, Texas (Architect: Huckabee). The building was designed to achieve Ultra-Low-Energy Building and it utilizes extensive sustainable, durable and environmentally sound materials and includes natural daylighting, and good indoor air quality.

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