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Bendheim Wall Systems Inc. Celebrates 20 Years in Specialty Glass Facades

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Expanded Technical Capabilities and Offerings Cater to a Growing Range of Building Types

Bendheim Wall Systems Inc., our exterior arm, is marking its 20-year anniversary in the specialty glass facades industry. We became the first to introduce Lamberts® channel glass to North America and establish it as the go-to solution for high-performance translucent glass envelopes. We were also the first to introduce North American architects to clipped ventilated glass facades.

Lantern effect at the Nelson-Atkins Museum

The Nelson-Atkins Museum of Art introduced Bendheim’s Lamberts® channel glass to North America. Photo by Roland Halbe.

Key Developments:

In channel glass design:

  • Evolution from a product for cult architecture to a solution for everyday settings, from parking garages to office interiors
  • Shift towards more complex wall geometries
  • Commitment to sustainability, from the glass’ high percentage of post-consumer recycled content to its lower carbon footprint (EPD)

In glass rainscreen design:

  • Evolution from a quick solution for commercial facade facelifts to a key design element in a broad range of building types, from museums to schools
  • An expanded range of aesthetic options with a high degree of customization
  • A shift towards design assist to satisfy unique applications and increasingly complex requirements
3001 Orchard Parkway | Glass Rainscreen Facade

3001 Orchard Parkway in San Jose, CA, is the first project to feature a glass rainscreen facade by Bendheim. Photo by Jeff Peters, courtesy of MODULUS.

The project that launched our channel glass in North America – and set the tone for its design trajectory for years to come – was the Nelson-Atkins Museum of Art in Kansas City, MO by Steven Holl Architects. It features glass channels that reach continuous heights up to 23 feet and form five luminous glass structures, appearing to float over the landscape.

“Channel glass design has become democratized over the past two decades,” said Robert Jayson, Bendheim Co-Owner and Partner. “We have contributed to the shift by collaborating with architects to maximize the value of each design. For example, we provided the channel glass facade for the Schermerhorn affordable housing project in Brooklyn, and it was on a very tight budget.”

“Architects continue pushing the envelope into increasingly complex shapes,” added Michael Tryon, General Manager of Bendheim Wall Systems. “We recently completed our first helically curved channel glass walls at Steven Holl’s Franklin & Marshall College, and we look forward to the next challenge.”

Bendheim helical channel glass curves by Steven Holl at night

Helix-curved channel glass facades by Bendheim at Franklin & Marshall College emit a subtle viscerous glow at night. Photo by Paul Warchol.

Building on our expertise in specialty glass exteriors, in 2014, Bendheim launched North America’s first line of fully engineered clipped glass facades. The unique systems use compression fittings to cleanly and elegantly mount any type of glass to any building substructure. Engineered with several inches of field adjustability in all directions, they also speed facade fabrication and installation.

Bendheim’s first clipped glass projects were quick, budget-friendly commercial facelifts. Over the years, new systems, glass innovation, and our growing expertise drove a shift towards a broader range of building types. Our most recent projects include a museum, an educational facility, an airport, and a parking structure. Our latest product launch is an award-winning projectable glass rainscreen system that turns the building facade into a monumental video display. More than a protective decorative glass skin, the product has evolved into a key design feature, contributing to the art of the building.

JCCC fritted glass facade

At the JCCC Fine Arts and Design Studio, Bendheim’s customized ventilated glass facade diffuses light, creating a soft glow at night. Photo by Nick Merrick.

According to Said Elieh, VP of Systems & Innovation, the increasing complexity of project designs and objectives constantly drives the team to develop new solutions. “More than 90% of our projects are fully customized, and the majority are design assist. We work collaboratively with the architect to realize the design goals on budget,” said Elieh. “We also coordinate closely with the general contractor and installer. It’s important to create a unique and beautiful facade, but it also has to be easy and fast to build.”

As we celebrate our 20-year milestone, our Exterior team foresees a strong demand for increasingly complex facade geometries and the use of jumbo glass panels. Sustainability will continue to drive other requirements, including bird-friendly glass designs, glare reduction, and photovoltaic integration, among others.

For more information on our glass facade systems, please visit https://bendheim.com/professional/systems/.

Bendheim Launches Virtual Design Consultations from Design Lab

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Bendheim's DesignLab

Thousands of samples at Bendheim’s DesignLab help create the tailored solution for any project. Photo by Lillie Fortino Photography.

We have taken our consultative design approach digital, opening our architectural glass DesignLab™ to A&D professionals across North America with the help of video conferencing tools. The benefit to design professionals is a faster and more effective way to direct product development and customization for key projects.

The newly launched virtual design program is the culmination of months of training in live-remote client-led R&D. It uses the entirety of our Design Lab resources – a team of design consultants with decades of specialty glass experience, thousands of physical samples, and large glass displays – to collaborate virtually and meet project-specific aesthetic, functional, budget, and lead-time goals.

“This design approach is much faster and more targeted than browsing thousands of samples on the web or relying on a limited local resource library,” said Steven Jayson, Executive Vice President of Bendheim. “We are happy our Design Lab resources are now available to design professionals across North America – no travel required.”

Architects and designers looking for a bespoke glass solution can initiate the virtual design process through our network of local representatives. Based on initial input, our design consultants pull a selection of samples from thousands of on-hand options. The curated collection is then examined by the architect up-close with the help of high-resolution video. In real time, they can morph samples to develop a new aesthetic, as well as explore installation systems. The customized samples are then fabricated in our New Jersey facility and shipped to the architect.

“This allows us to take the traditional face-to-face interactions designers rely on to the virtual realm, saving them a tremendous amount of time and energy,” added Jayson.

The Design Lab, which powers the new virtual design consultations, opened in 2019 on the top floor of the New York Design Center at 200 Lexington Avenue. To create an all-inclusive glass education and specification resource, we moved in several tons of glass samples and materials. The selection, created with input from our product development and customer-facing teams, represents a comprehensive glass material library with all the physical resources needed for on-the-fly custom design. For more information, please visit https://bendheim.com/professional/design-lab/ and view our 40-second explainer video:

Bendheim’s Channel Glass Installed In High Profile N.Y. Infrastructure Project

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More Than 3,000 Square Feet of Channel Glass Highlight
New Gov. Mario M. Cuomo Bridge Westchester Landing

 

Bendheim’s channel glass brings privacy, daylight, and elegance to the new Governor Mario M. Cuomo Bridge Westchester Landing in Tarrytown, N.Y., just outside of New York City. It forms the Pavilion’s canopy and the Welcome Center’s facade.

welcome center glass structure

Westchester Landing is an important development to the highly anticipated infrastructure project, which opened in 2019. Designed by Wilkinson Eyre Architects of London, it is also the first project in North America to include Bendheim’s channel glass as a canopy. Bendheim supplied 880 square feet of its single-glazed channel glass system for the overhead installation, in tempered-laminated safety form to meet building codes.

channel glass canopy pavilion bendheim

Another 2,220 square feet of the company’s double-glazed, tempered channel glass encloses the Welcome Center. The textured glass, together with insulation inserts and a sandblast treatment, was specified for optimal privacy. The glass transforms the utilitarian restroom structure into a beacon to visitors of the pedestrian park, which spans the length of the bridge. The translucent channel glass facade provides the high level of privacy required, while bringing diffused daylight in. It lends a light-filled, spacious, clean, and desirable appearance to the interior. At night, the glow of the glass turns the entire comfort station into a lantern, drawing visitors to the park.

The bridge features a bicycle and pedestrian path that extends from Tarrytown on the Westchester side, across the Hudson River to the Village of South Nyack on the Rockland County side. The 3.1-mile bridge replaced the 62-year-old Tappan Zee Bridge. It crosses the Hudson at its widest point, and is one of the longest bridges in New York. It is a highly traveled thoroughfare for people entering and exiting Manhattan, which is about 25 miles south of the bridge. The project cost $4 billion.

 

welcome center bendheim glass

Westchester Landing, completed approximately a year after the opening of the bridge, includes a welcome center, electric vehicle charging stations, a bike repair station, and public art. It is frequented by travelers to and from the city, as well as residents of Westchester and Rockland Counties, who can enjoy the biking and walking paths with breathtaking views of the Hudson River.

Bendheim’s channel glass in an innovative alternative to traditional opaque walls in both interior and exterior applications. It offers protection from the elements and privacy, along with glare-free daylight and a sparkling aesthetic. The U-shaped glass channels are self-supporting, standing as tall as 23 feet in a relatively lightweight ¼-inch thickness. The glass requires minimal perimeter framing, creating seamless glass walls that can extend for hundreds of feet. It also provides high thermal and acoustic performance.

HDR Engineering served as the lead engineer on the project, while Craftsman Storefronts & Glass installed the channel glass.

Our Channel Glass Transforms Multi-Story Parking Facade in San Antonio

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Frost Tower Project Includes 28K Square Feet of Our Light-Diffusing U-Shaped Glass

Frost Tower Parking Structure | Bendheim Channel Glass Project

A custom-engineered channel glass system by Bendheim creates the parking facade of the high-profile Frost Tower in San Antonio, Texas, by Pelli Clarke Pelli Architects. Our system accommodates the substantial floor movement caused by the hourly changes to the loading of the decks, as vehicles enter and exit the 1,000-space parking structure.

The project includes approximately 28,000 square feet of our single-glazed Lamberts® channel glass, captured at the top and bottom in our customized SF60S frame system. It also includes a special faux frame for the large non-glazed openings, creating a visual continuation to the channel glass frame.

The translucent glass channels admit over 70 percent of daylight into the parking structure, while their privacy-friendly texture obscures outside-in views of the parked cars. The pattern of alternating glazed and open sections becomes a design element on the facade and provides natural ventilation.

Frost Tower Parking Structure | Bendheim Channel Glass Project

Channel glass is ideal for parking facilities because of its versatility. It can be manufactured in lengths up to 23 feet, and – at just ¼” thick – is a remarkably strong yet lightweight solution. The U-shaped channels can be oriented vertically or horizontally, and their flanges can face inward or outward to create different aesthetics. Glass coatings can be applied for aesthetic purposes, while also improving the solar shading performance of the facade. Hundreds of translucent or opaque channel glass colors are also available to add a level of privacy and shading or brand the parking structure. The joints between the glass channels can be sealed with silicone or left open for added natural ventilation.

Haley-Greer, Inc., installed the channel glass for the project, while Clark Construction Group LLC served as the general contractor. Kendall/Heaton Associates was the architect of record. We closely coordinated on-site logistics and staging with Haley-Greer, tackling the challenge of installing a large quantity of glass on a very large structure. We ensured the material arrived as it was needed for each construction stage, meticulously packing the glass channels in the proper order to expedite installation.

Frost Tower Parking Structure | Bendheim Channel Glass Project

Photos by Ray Briggs/okushi.photography

Frost Tower is the first tower in San Antonio in nearly 30 years. It includes 450,000 square feet of Class A office space and 10,000 square feet of retail and dining. The 23-story octagonal form utilizes shimmering glass facets to reduce the bulk of massing, while implying a helical upward movement.

Bendheim’s channel glass is installed in parking structures worldwide, including projects in Spain and Germany, as well as the United States. Channel glass made its debut in the United States in 2001, and is getting specified more frequently for parking projects due to its striking aesthetics, ability to deliver daylight and natural ventilation, as well as its ease of installation.

We offer a variety of fully customizable, engineered glass solutions for parking projects. For more information, please visit https://bendheim.com/campaign/jewel-glass-parking-facade/.

Helical Bendheim Channel Glass Walls Grace Pennsylvania College

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Stunning Curved Design by Steven Holl is a First in Exteriors

Eight helically-curved, double-glazed, 16-foot channel glass walls by Bendheim are key to the design of the new Franklin & Marshall College Winter Visual Arts Center in Lancaster, Pa. They clad the building’s 2nd and Mezzanine levels and define its celebrated “box-kite” shape.

Steven Holl Architects designed the $29 million project – a three-story, 33,000 square foot building that opened in the fall of 2020. The unique building design curves in plan and section in response to several large, historic trees. “The trees are the largest thing of this campus. I made the actual geometry of the building concave in response to the diameter of the trees,’’ Holl said in a video on the company website.

Channel glass at Franklin & Marshall during the day

Our ultra-clear low-iron channel glass with translucent white insulation creates a crystalline, brilliant white glass facade. Photo by Paul Warchol.

One of the main challenges for Bendheim was to engineer a unique, parallel, single-glazed, tip-to-tip framing configuration for the curved glass walls. The unusual façade layout, which has never been done before in North America, minimizes the visual appearance of the channel glass joints. Together with the use of translucent white insulation and ultra-clear low-iron channel glass, the new design produces a homogenous façade featuring a crystalline, brilliant white aesthetic.

Channel glass joints create a signature linear aesthetic, and tend to be fairly pronounced in traditional double-glazed applications. Typical to Steven Holl, the architect took a building material he frequently employs and made it brand new.

channel glass helix curve - elevation view

Bendheim detail drawing of the mezzanine level channel glass helix curve – elevation view

The customized facade configuration at the Pennsylvania college deemphasizes the joints and creates walls with deeper cavities, allowing the insertion of double-thickness insulation. This enhances the thermal performance of the wall and the diffusion of natural daylight. During the day, the helically-curved channel glass walls diffuse approximately 20 percent of visible light to the interior, eliminating glare – ideal for light-sensitive art studio environments. At night, they emit a subtle, visceral glow.

The building design allows for natural ventilation during mild times of the year, while geothermal heating and cooling, coupled with an insulated envelope, dramatically reduce energy costs. The project was designed to achieve LEED Gold certification.

National Enclosure Company installed the channel glass. Casali Group served as the project manager, while Harvey Marshall Berling Associates and Knipper Helbig Advanced Engineering served as façade consultants.

Glass Parking Facades: New Virtual AIA Continuing Education Program for Architects

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Case-Study-Based CEU Focuses on Parking Facade Design

Our new AIA continuing education program, titled “Case Studies: Facade Projects Shaping Parking Design Today,” reviews ten built projects to explore new facade technologies that improve the design process and outcomes for parking garage designers, developers, owners, and users. The program launched virtually on March 23, and is available on-demand here, or as a live presentation through your local Bendheim representative. Participating architects will earn 1 AIA HSW Learning Unit.

register button

According to Said Elieh, Vice President of Systems and Innovation for Bendheim and one of the principal developers of the program, “there is very little educational information on parking design for the modern age – especially AIA credit programs – and there is even less information on new facade technologies. Architects will find our ‘case study’ course format rich with ideas, as well as enjoyable.”

Wismar Port Parking Structure | Channel Glass Project

Old Town Port Parking Structure, Wismar, Germany by Lengfeld & Wilisch. Fritted channel glass facade.

Our new educational program is non-promotional in nature and focuses on innovative facade technologies that improve the user experience, elevate the design of parking structures, and facilitate their evolving role in the cities of tomorrow. In addition to nine short case studies, participants will fully investigate a new Chicago carpark facade to reveal the key elements of its design-assist process and the resulting sophisticated, yet economical, solution.

 

Learning Objectives

  1. Review case studies to identify glass parking facade materials and applications maximizing natural ventilation and daylighting
  2. Assess the user-experience, safety, and environmental benefits of glass parking facades
  3. Identify design assist strategies to deliver projects on time and on budget
  4. Explain the benefits of glass facades to owners and developers, in terms of cost, labor savings, and energy savings
ALDI Supermarket Parking Facility | Glass Rainscreen Façade

ALDI Supermarket Parking Facility, Chiasso, Switzerland.

The course hones in on several aspects of Health, Safety, and Welfare (HSW), including daylighting, natural ventilation, and occupant comfort. Primary focus is on properly designed glass parking facades and how they shield structures and their occupants from the elements (rain, snow, and wind), while providing high-quality diffused daylight, improved solar shading, passive ventilation, and enhanced occupant safety through natural surveillance.

To watch a recording of the live webinar, visit https://us02web.zoom.us/webinar/register/WN_kio6DK_BQX-zRiGio_RJiw. To schedule on-demand face-to-face or virtual presentations with a local representative, please navigate to our Rep Finder.