PITTSBURGH, January 23, 2024 – Since its debut in 2006, Solarban^® 70 (formerly Solarban^® 70XL) solar control low-emissivity (low-e) glass by Vitro Architectural Glass has reshaped how architects and designers think about sustainable construction by permitting them to meet today's ever-growing and increasingly stringent building energy codes without altering daylighting or the natural connection to the outdoors.

The introduction of Solarban^® 70 glass marked a significant moment in architectural glass history as it was the first product to integrate a third layer of silver into the coating, enhancing glass performance to an unprecedented level.

Today, Solarban^® 70 glass remains the most proven, commonly-specified triple-silver-coated low-e glass on the market, with more than 700 million square feet – about the area of Cleveland, Ohio – shipped since its inception.

“For nearly two decades, Solarban^® 70 glass has stretched the limits of solar control and transparency, enabling architects and designers to include large sections of transparent glass in their building designs,” said Fernando Diez, Vice President of Marketing, Vitro Architectural Glass. “In addition to its optimal clarity and energy performance, Solarban^® 70 glass maximizes daylighting, enhances aesthetics and increases efficiency, making it an ideal choice for sustainable design.”

Solarban^® 70 glass provides excellent energy efficiency without making the glass too dark or reducing the visible light transmittance (VLT) too much. This balanced combination of clarity, consistency and solar control performance is why Solarban^® 70 glass is the industry’s most specified triple-silver-coated low-e glass. In a one-inch insulating glass unit (IGU), Solarban^® 70 glass provides a VLT of 64% and a solar heat gain coefficient (SHGC) of 0.27.

Vitro continues to refine its triple-silver coating technology, as evidenced in products like Solarban^® 72 glass and Solarban^® 70 Optiblue^® glass (formerly Solarban^® z75 glass). Solarban^® 72 glass was designed explicitly for Vitro low-iron glass substrates, Starphire Ultra‑Clear^® glass, and Acuity^® low-iron glass. Solarban^® 70 Optiblue^® glass has a steel blue-gray appearance that controls glare while offering superior solar control properties that support sustainable design.

Solarban^® 70 glass can also be combined with a full range of performance-tinted glasses from Vitro to give architects a virtually unlimited palette of color and performance options.

For more information about Solarban^® 70 glass and other Vitro Architectural Glass products, visit www.vitroglazings.com or call 1-855-VTRO-GLS (887-6457).

About Vitro Architectural Glass

Vitro Architectural Glass, part of Vitro, S.A.B. de C.V. (BMV: VITROA), is the largest glass producer in the Western Hemisphere, manufacturing a range of industry-leading, energy-efficient, high-performance products such as Solarban^®, Sungate^® and Starphire Ultra-Clear^® glasses. Committed to continually raising the industry standard for sustainability, Vitro was the first U.S. glass manufacturer to have its complete collection of architectural glass products earn Cradle to Cradle Certified^® status and the first North American manufacturer to publish third-party verified Environmental Product Declarations (EPDs) for flat glass and processed glass products. Additionally, as of April 2024, all Vitro architectural glass products meet the Top 20% Low Embodied Carbon (LEC) material Global Warming Potential (GWP) threshold the U.S. General Services Administration (GSA) established pursuant to the Inflation Reduction Act of 2022 and related guidance from the U.S. Environmental Protection Agency. Vitro operates seven glass production facilities across North America, four residential glass fabrication plants in Canada and one of the world’s largest glass research and development facilities in Pittsburgh, Pennsylvania. For more information, please visit VitroGlazings.com.

Media Contact:
Robert J. Struble
Vitro Architectural Glass
412-820-8138
rstruble@vitro.com
www.vitroglazings.com