Architizer Features Sentech’s Innovation

On the heels of Sentech’s 2 major wins in the Architizer A+ Product Awards, the publication released an article highlighting Sentech’s innovation capabilities in structural glazing and some particularly notable structural glass projects we have worked on over the years. The article, titled “Jumbo Glass: 6 Crystalline Examples of Structural Glazing with Sentech”, discusses the company’s achievements and impact on the architectural and glazing industries.

The article features some of our notable projects, including the Denver Museum of Art, the Sir John A. Macdonald Building, Block 185, Environmental Science Building (B12N) at Skyline College, the Tennessee Farmhouse, and Salesforce Tower.

We are honored by the recognition and thrilled to share the article. Link to the Architizer article here, or read on below!

Jumbo Glass: 6 Crystalline Examples of Structural Glazing With Sentech

Rooted in transparency and collaboration, Sentech Architectural Systems has spent years pioneering new possibilities in glass architecture.

Founded on the principles of transparency and collaboration, Sentech Architectural Systems has spent years pioneering new possibilities in glass architecture. Their portfolio includes highly engineered solutions like structural glass fin walls, tension truss systems, all-glass stairways and bespoke canopies. Beyond manufacturing, Sentech also provides consulting services to architects, helping unlock the potential of complex projects by balancing design vision with budget constraints. By combining operational excellence with a collaborative approach to problem-solving, they create beautiful designs that stand the test of time.

This year, Sentech secured two major wins in the Architizer A+Product Awards. Their innovative product VetraSpan-L earned the prestigious Jury Winner accolade in the Glass & Glazing category, in recognition of its sophisticated approach to structural glass systems. In addition, VetraSky, a standout product in glass skylights and canopies, captured the Popular Choice Award in the Windows & Skylights category — a testament to the public’s enthusiasm for cutting-edge design solutions.

These achievements underscore the company’s impact on the architectural and glazing industries, delivering products that blend precision engineering with aesthetics. As the industry shifts toward lightweight, visually seamless structures, products like VetraSpan-L and VetraSky represent not just technical innovation, but a commitment to shaping the future of built environments.

Denver Art Museum Martin Building Revitalization and Expansion

The Denver Museum of Art’s Sie Welcome Center is a groundbreaking example of structural glass engineering, featuring an elliptical façade made from 25-foot-tall (7.5 meter), 8-foot-wide (2.5 meter) curved glass panels — the first design of its kind to use jumbo curved panels with seismic considerations. Designed by Fentress Architects and Machado Silvetti as part of a campus-wide revitalization, the Welcome Center connects the museum’s iconic Gio Ponti, Daniel Libeskind, and Michael Graves buildings.

The façade emphasizes transparency and simplicity, using minimal metal components and structural glass fins to streamline installation. This collaborative effort between architects, engineers, and contractors demonstrates the power of teamwork in creating innovative, elegant design solutions.

Sir John A. Macdonald Building

By NORR Architects & MTBA Associates, Inc., Ottawa, Canada

The former Bank of Montreal, a federally classified heritage building, has been transformed alongside an adjacent lot into the Confederation Room for the House of Commons, a modern conference facility for various functions. The design restores the bank’s historic grandeur while introducing a contemporary pavilion, separated by a glass-enclosed atrium that maintains views of the original west façade and serves as a public lobby with vertical circulation.

The pavilion features Sentech’s VetraFin system, utilizing insulated glass panels supported by vertical fins and complemented by bronze fittings, granite, and walnut, harmonizing with the heritage architecture. A striking all-glass atrium skylight, connected by bronze-clad steel brackets, floods the interiors with natural light, while the upper pavilion enhances the urban context across from Parliament Hill, and the lower level gracefully accommodates the sloped elevation of Wellington Street with accessible ramps and stairs.

Block 185

By Pelli Clarke & Partners, Austin, Texas

Block 185, known as Austin’s “Google Tower,” rises 35 stories with a sail-like design that emphasizes creativity, transparency, and openness. At its base, the building features Sentech’s VetraFin-G System, a structural glass façade supported by glass fins, using approximately 2,769 square feet of low-iron tempered insulated glass with SGP laminate and curved panels.

The design team overcame complex engineering challenges, including corner panel transitions and flexible joint configurations to handle movement. Completed in 2022 and LEED Platinum-certified, Block 185 makes a striking architectural statement.

Environmental Science Building (B12N) at Skyline College

By DES Architects + Engineers, San Bruno, California

The award-winning Environmental Science Building (B12N) at Skyline College in San Bruno, California, features a stunning 22-foot (6.7 meter) jumbo clear span glass façade that offers breathtaking views of the Pacific Coast, making it the first building on campus to showcase ocean vistas. This vibrant space hosts educational activities, community events, and student art displays, with the main gallery serving as a hub for academic and public engagement while enhancing the connection between campus life and the surrounding landscape.

Designed with Sentech’s VetraSpan clear span façade system, the building achieves full transparency without additional support structures, meeting California’s seismic demands and Title 24 energy efficiency standards. The insulated glass panels are seismically isolated to manage inter-story drift, while precision perimeter connections ensure glass deformation is controlled under wind loads. This seamless façade not only addresses technical challenges but also inspires students, faculty, and visitors with its expansive views, fostering learning and a shared vision for the future.

Tennessee Farmhouse

By Meyer Davis Studio Inc., Tennessee

Meyer Davis designed this modern interpretation of a hunting lodge by studying iconic Modernist residences, emphasizing a strong connection between architecture and landscape. Set on a grass plinth in the rolling hills of Tennessee, the home serves as a geometric representation of the topography, acting as a glass box that maximizes panoramic views. Using Sentech’s VetraSpan System, the design achieves uninterrupted transparency with structural glass panels that support themselves without additional out-of-plane reinforcement.

Inspired by Philip Johnson’s Glass House and Richard Neutra’s Kaufmann House, the residence blends sleek modern lines with expansive glass walls, creating seamless indoor-outdoor living. Luxury is reflected in every detail, from a glass-enclosed bathroom with wrap-around vistas to corridors that feel like exterior rooms, offering layered views that engage the observer from every angle.

Salesforce Tower

By Pelli Clarke & Partners, Chicago, Illinois

Salesforce Tower, the final phase of the Wolf Point masterplan by Pelli Clarke & Partners, rises 57 stories and 850 feet (260 meters) at 333 Wolf Point Plaza in Chicago’s River North neighborhood, offering 1.2 million square feet of prime office space, with Salesforce occupying half a million square feet. Designed for the post-pandemic workforce, the tower emphasizes collaboration, flexibility, and sustainability, integrating urban connectivity with scenic views of the Chicago River.

Sentech’s VetraFin glass façade enhances the 2-story lobby with openness and natural light, using over 13,530 square feet (1,255 square meters) of structural glass, including vestibules and elevator enclosures made from low-iron, laminated glass. The precision-engineered cantilevered glass fin wall, suspended from level 3, ensures seamless integration with the tower’s modern design while accommodating deflection and maintaining strict elevational tolerances.