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Developed by Related Ross and designed by SOM, the project showcases Solarban® R77 Acuity® glass by Vitro, setting a new standard for modern office design.
Two strong companies that are committed to innovation: Gerresheimer and HORN Glass Industries AG rely on state-of-the-art glass melting furnace for enhanced efficiency and sustainability.
On March 10, 2025, Vitro Architectural Glass achieved a significant milestone with the installation of the third and final Osprey Distortion system at its Meadville plant in Pennsylvania.
Vitro Architectural Glass, renowned as the largest glass manufacturer in North America, is pleased to announce the appointment of Ben Rider as National Architectural Manager (NAM) of the Four Corners region.
Glass melting technology specialist HORN was contracted to work on a greenfield glass facility in Asgabat, Turkmenistan.
HORN Glass Industries is proud to share the latest progress on its involvement in the groundbreaking “ZeroCO2Glas” project.
Vitro Architectural Glass has launched its latest innovation, Spandrelite™ glass.
Vitro Architectural Glass has earned top honors in the 2025 Environment+Energy Leader Awards for its innovative VacuMax™ VIG and Sungate ThermL™ glass products.
A new end fired glass melting furnace will soon be built for Sichuan Skyhorse Glass Co., Ltd by HORN.
Vitro Architectural Glass has expanded its product lineup with the introduction of BirdSmart™ Bird Safe Glass, a bird-friendly, low-e solution designed to prevent bird strikes.
PGP Glass has launched its Kosamba plant in January 2025, leveraging HORN’s advanced technology for high-quality, sustainable glass production.
A new glass curtain wall featuring high-performance tinted Vitro glass is elevating both aesthetics and energy efficiency at a North Carolina cancer center.
The new 14-story Hilton at Nashville International Airport combines innovative glazing solutions with precision engineering to deliver a striking, high-performance hotel.
Gerresheimer contracted the glass melting technology specialist HORN to replace the existing furnace and to convert it to the latest low-CO2 glass melting technology.
(W)rapper is an impressive new office building showcasing contemporary architecture that aligns with the latest advancements in sustainable design.
Vitro Architectural Glass has initiated a substantial investment plan to expand its Wichita Falls location for the production of patterned solar glass.
The first Solar Generation project in Vitro was successfully launched, located on the roof of Coater 8 in Mexicali, Baja California
Vitro Architectural Glass is pleased to announce the return of its Glass Education Insider webinar series, offering a convenient and engaging way for architects to earn their annual Continuing Education (CE) credits.
In March, HORN announced its collaboration with Ambev to supply a state-of-the-art, energy-efficient glass melting furnace equipped with three forehearths for Ambev's new container glass plant in Brazil.
Vitro Architectural Glass is pleased to announce one of its newest products, Sungate ThermL™ glass, was named one of the “Top 75 Products of 2024” by Building Design + Construction (BD+C).
Vitro Architectural Glass is pleased to announce that its refined VacuMax™ Vacuum Insulating Glass (VIG) was honored by Architectural Record as one of the Best Architectural Products of 2024.
Vitro Architectural Glass is pleased to announce that Mark Seeton, Vice President of Sales, has been appointed to the National Glass Association (NGA) Board of Directors.
Vitro Architectural Glass, renowned as the largest glass manufacturer in North America, is pleased to announce the appointment of Matthew Pryor as Commercial Account Manager of the Texas region.
Vitro Architectural Glass is pleased to announce that its energy-efficient, low-embodied carbon glass is featured in eight award-winning projects recognized by the American Institute of Architects (AIA).
By targeting the most energy-intensive part of the glass production process, namely the melting of the glass, ZeroCO2Glas opens up the possibility of saving a particularly large amount of energy and greenhouse gases.