metal mesh veils TAO’s transient in-between pavilion in shenzhen
CategoriesArchitecture

metal mesh veils TAO’s transient in-between pavilion in shenzhen

tao’s translucent structure echos the urban village’s vitality

 

A delicately symbiotic gallery space, Trace Architecture Office’s (TAO) In-between Pavilion is an urban renewal project that tucks within a compressed urban node in Nantou Ancient Town, Shenzhen. Part of the Diverse Homology Museum complex, the space within delves into the interplay between political power and geography in the Pearl River Delta region. Along the streetfront, reflecting the active state of rapid evolution in the town, the pavilion embraces a transient approach and its architecture mirrors the urban village’s vitality, adapting to temporary and fragmented additions. A light and semi-translucent metal mesh facade, like a hazy veil, gracefully blurs the indoor-outdoor boundary, embodying ambiguity and order, openness and closure, solid and void. These evolving changes unfold throughout the day, echoing its dynamic context with a diverse and vibrant spatial experience inside and out.

metal mesh facade veils TAO's transient in-between pavilion in nantou ancient town
images by Chen Hao, TAL, Hua Li, and Mei Kejia

 

 

a transition from solid to void, openness and closure

 

Once a densely packed and compressed area in the north side of the town, the site sitting between two residences underwent constant renewal over time, resulting in a distinctive aesthetic of chaos and vitality. The autonomous and spontaneous construction in the urban village has resulted in a confined spatial layout and visual occlusion within the architecture. Now, it encompasses three distinct property plots that transition from private residences to a public domain. This shift prompts a proactive design response to connect with surrounding public spaces.

 

At street level, TAO’s architectural volume recedes from the delicate outer metal skin, creating a multifaceted space that blends the building with the street while reflecting the diversity of the urban village. A vertical street, formed between volumes and mesh skin, provides meandering access to galleries and a roof terrace, offering various perspectives of the town. When observed from the city, the moving figures strolling behind the hazy facade also inject the building with a dynamic nature.

metal mesh facade veils TAO's transient in-between pavilion in nantou ancient town

 

 

Due to spatial limitations, the architects’ design maximizes floor area utilization, projecting volumes further outwards as floors ascend, establishing a unique physical rhythm and urban gap space. Structurally, inclined columns support the volumes on the east side and west sides, with the west side’s overhanging framework exposed externally, while the middle columns remain concealed within the walls. Different forms of space thusly emerge and embody a sense of lightweight structural aesthetics.

metal mesh facade veils TAO's transient in-between pavilion in nantou ancient town

metal mesh facade veils TAO's transient in-between pavilion in nantou ancient town

Reference

kengo kuma’s tokyo café reuses shrine materials for origami facade
CategoriesArchitecture

kengo kuma’s tokyo café reuses shrine materials for origami facade

kengo kuma revives traditional craft and materials

 

This so-called Wakuni Shoten café is set to open in In the heart of Higashimurayama City, Tokyo with architecture by Japanese icon Kengo Kuma. Recognized at once by its textural, patterned facade, the architecture expresses a contemporary reading of tradition. Its materials have been repurposed from a Shinto shrine, and have been reassembled with influence from the art of origami. Thus, the project is more than a café, but a celebration of community, sustainability, and the enduring spirit of Japanese craftsmanship. With its architecture now complete, the Wakuni Shoten café will open in January 2024.

kengo kuma wakuni shotenimages courtesy Kengo Kuma & Associates

 

 

learning from the heritage of tokyo

 

The Wakuni Shoten café is the result of a collaboration between Kengo Kuma & Associates, Okaniwa Construction Co., and Tomokazu Uchino, head of Uchino Sheet Metal. The space was born from a deep love for Uchino’s childhood home, the Aoba shopping district. Witnessing the district’s gradual decline, the team sought to breathe new life into the area while celebrating its rich heritage. The collaboration with Kengo Kuma and his design team proved to be the perfect marriage of vision and expertise, as the Japanese architect is known for his work with salvaged materials.kengo kuma reuses shinto shrine materials for origami facade of tokyo café

 

 

the folded facade in green and blue

 

The defining feature of Kengo Kuma’s Wakuni Shoten café is undoubtedly its exterior, a patterned composition of seven hundred patinated bronze plates each sourced from the roof of Hayatani Shrine in Hiroshima Prefecture. Rather than discarding these disused plates, Tomokazu Uchino and his team of skilled craftsmen painstakingly reshaped and repurposed them, imbuing them with a new lease on life. The result is a mesmerizing facade that shimmers with a spectrum of greens and blues.

kengo kuma wakuni shoten

 

 

The café’s interior walls are finished in a stark black plaster, serving as a backdrop for brass accents, including lampshades, sinks, baseboards, and kitchen elements. Even the outdoor chairs, designed by Kengo Kuma and crafted from salvaged seats of the former National Stadium, echo this theme of reuse. Sustainability is woven into the very fabric of the project. The decision to reuse the cafe’s original 52-year-old framework honors the past while minimizing environmental impact. By reinforcing the foundation and strategically integrating new wood, the team has revived the derelict structure, demonstrating a respect for both the environment and the district’s history.

kengo kuma wakuni shoten

 

 

project info:

 

project title: Wakuni Shoten Café | @wakuni_cafe

location: Aoba Shopping District, Higashimurayama City, Tokyo, Japan

architecture: Kengo Kuma | @kkaa_official

materials collaborator: Tomokazu Uchino | @tomokazu_uchino, @uchinobankin

design, construction: Okaniwa Construction Co. | @okaniwastyle

client: Wakuni Shoten | @wakunishoten

opening: January 2024



Reference

uniform skin of bricks coats casa perucho’s facades in ecuador
CategoriesArchitecture

uniform skin of bricks coats casa perucho’s facades in ecuador

Pedro Calle and El Sindicato Arquitectura design Casa Perucho

 

Designer Pedro Calle and El Sindicato Arquitectura consrtuct Casa Perucho, a single-family house nestled in Perucho, a rural enclave within the Metropolitan District of Quito, Ecuador. Embracing its natural surroundings of mountains and green landscapes, the residence harmoniously coexists with nature. 

 

The main design principle revolves around fostering an intimate connection with the natural environment while enveloping its inhabitants in a shelter-like space. The project takes advantage of the mountain vistas employing expansive windows on the western facade. Additionally, the development ensures privacy through a continuous skin of bricks unfolding from the southern facade, transitioning into the roof, and eventually covering the northern facade. The red brick protruding formation shields the interior from both neighbors and the adjacent street, resulting in a secure living environment.

uniform skin of bricks coats casa perucho's facades in ecuador
all images by Francesco Russo unless stated otherwise

 

 

Casa Perucho develops a simple and efficient layout

 

The design team meticulously outlines the spatial arrangement of Casa Perucho. The ground floor is dedicated to communal spaces, including a well-appointed kitchen, a living area, a dining space, a convenient bathroom, and a sheltered outdoor deck. The upper floor encompasses a bedroom, a versatile workspace, a welcoming guest area, and a well-equipped bathroom. Designed with an emphasis on simplicity and efficiency, a prefabricated structure takes center stage. Comprising robust wooden frames, this construction method ensures a seamless assembly process while minimizing environmental impact and reducing mobilization and on-site manufacturing costs.

uniform skin of bricks coats casa perucho's facades in ecuador
Casa Perucho nestles in Perucho, a rural enclave within the Metropolitan District of Quito, Ecuador

uniform skin of bricks coats casa perucho's facades in ecuador
a continuous skin of bricks enfolds the two-story residence

uniform skin of bricks coats casa perucho's facades in ecuador
the red brick protruding formation shields the interior from both neighbors and the adjacent street

Reference

Coil Coatings: Architects’ Secret to Brighter Metal Building Façades
CategoriesSustainable News

Coil Coatings: Architects’ Secret to Brighter Metal Building Façades

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.

The best architecture is tied to community and local contexts. The products manufacturers create for a building bring ideas to life through shapes, colors and materials. As metal structures and product applications have become more commonplace, so too have the variety of ways to express design concepts. This is especially true for metal coatings, used in everything from curtain walls and metal wall panel systems to roofing, louvers and sunshades. Today, manufacturer Sherwin-Williams is reimagining color and expression through coil coatings.

As the manufacturer states when describing their approach to factory-applied coil coatings for architecture, they can “create nearly any color or effect you can dream up.” Coil coating, sometimes called pre-painted metal, is an efficient way to produce a uniform, high-quality, coated finish. The key is that the metal is painted before rather than after fabrication. The types of paint curing used in the coil industry include thermal, infrared, induction and UV cure. Exploring these coatings through color and specific products, the following projects showcase the range of applications created by Sherwin-Williams. Together, they represent a technology that is versatile and high quality, with a range of cost, environmental and performance benefits.


Edmonton Public Library

Designed by Patkau Architects, Edmonton, Canada

The Capilano Library connects its suburban community to nature. The library form is developed from its cross section, which is folded to form three peaks across the site, each with a different scale. Each of the three peaks responds to scale, function, natural light and view. The western peak reflects the scale of the neighborhood with a quiet edge of support spaces along the street. The eastern peak is intimately scaled, with varied seating along a serene window overlooking the nearby ravine. The design is enhanced by the mix of rectangular and polygonal ALPOLIC metal panels that were installed around the library’s exterior.

ALPOLIC metal composite materials deliver excellent flatness and exceptional formability to give the library a sophisticated exterior aesthetic. The metal panels are coated in a Valflon finish supplied by Sherwin-Williams Coil Coatings. The rich, vibrant and high-gloss color is a fluoropolymer FEVE resin-based coating that offers color consistency, protection against weathering, chalking and fading, and excellent overall adhesion. This finish also meets the highest performance standards, including AAMA 2605 specifications. In time, the Edmonton Public Library Capilano Branch has become a central space for the community.


Wolf Creek Library

Designed by Leo A Daly, Atlanta, GA, United States

The Wolf Creek Library design was made as a community destination and as a catalyst for growth. The exterior features an outdoor reading garden and terraced seating. The library houses 5,700 square feet of adult collections, 5,000 square feet of children’s collections, a computer/learning station room, teen area, music room, sub-dividable community meeting room for 125 people and two conference rooms with smart boards and projectors. Originally, copper was considered as cladding material for the building’s iconic wedge-shaped façade. But, ultimately, it was determined that ALPOLIC’s aluminium composite material (ACM) was a superior solution.

The custom MRT Prismatic Magma finish would evoke the original copper intent, but offer a more vibrant visual experience. Sherwin-Williams Valflon coating provides the shimmer and shifting colour the architects desired. The simple but geometric design is at once bold but refined and enhanced by the Valflon coil coating. Durable with excellent adhesion and flexibility properties, the FEVE resin allows each prismatic color to have an intense brightness of shade and a high-gloss quality. In the daytime, the Wolf Creek Library’s appearance shifts from copper to red to orange, depending on the time of day, weather conditions and viewing angle.


St. Nicholas Eastern Orthodox Church

Designed by Marlon Blackwell Architects, Springdale, AR, United States

The Saint Nicholas Eastern Orthodox Church transformed a generic shop building into a place of worship and fellowship. The architects kept the interior simple but utilized box rib metal panels for the exterior. Metal Sales manufactured the T-10A metal walls panels, which are coated in Metallic Silver and Dark Bronze Fluropon colors from Sherwin-Williams Coil Coatings. A thin cross, lit up in red, is also visible on the western side of the church.

Marlon Blackwell created an addition on the western side of the 3,600 square-foot building in order to orient the structure toward the eastern axis, which is typical for Greek Orthodox churches. The skylit tower pours red light down into the transition between the narthex and the sanctuary, giving a moment of pause before entering to worship. A narrow cross is suspended on the western side of the tower, backlit by the morning sun to become a beacon for arriving parishioners. Once inside the sanctuary, a transom that spans the entire width of the space faces east and bathes the space in soft morning light during Sunday morning services.


Formosa1140

Designed by Lorcan O’Herlihy Architects [LOHA], West Hollywood, CA, United States

Located in the heart of Los Angeles, this new eleven unit housing project emphasizes the central importance of shared open space for the residents and the community. Formosa takes what would be the internalized open space of the courtyard and moves it to the exterior of the building to create a park. This plan, O’Herlihy’s firm says, “simultaneously creates density and green space and models a replicable prototype for incremental community-driven city development.” Completed in 2008, the 16,000-square-foot building features a red corrugated metal exterior. Sherwin-Williams was chosen for its flagship Fluropon coating to be the product of choice for Formosa.

Using Sherwin-Williams 70% PVDF Fluropon coating, a custom red color — Coronado Red — was inspired by the iconic nearby Formosa Café, and not only highlighted the texture and pattern of the exterior, but also contrasted with the green shades of the park. The metal façade is made of 12,900 square feet of perforated T16-E panels from Metal Sales Manufacturing Corporation, which conceal and shade outdoor walkways on the three-story building, giving residents a sense of privacy in spite of the structure’s openness to the park and street.


National Museum of African American History and Culture

By The Freelon Group, Adjaye Associates, Davis Brody Bond LLP, Washington, DC, United States

The National Museum of African American History and Culture (NMAAHC) holds a prominent place on the National Mall. As the team outlines, the primary architectural idea for the museum was derived from the classical tripartite column with its base, shaft and capital. In Yoruban art and architecture, the column or wooden post was usually crafted with a capital resembling a crown. This crown or corona form is the central idea which has driven the design of the museum.

Reaching toward the sky, the bronze clad corona expresses faith, hope and resiliency. Once the final color idea was identified, the new challenge of obtaining the perfect hue began. Three custom shades, African Sunset, African Sunrise and African Rose, and one standard shade of Black Sherwin-Williams Fluropon coating were used on these massive aluminum panels, each weighing around 200 pounds and stretching 4 by 5 feet. Each panel that was custom cast by Morel Industries was finished with five different coating layers, each a different color of the Fluropon coating, to achieve the exact bronze shade desired by the design team. Eventually, the final color was created, called “Artisan 3.5.”


Central Arizona College, Maricopa Campus

Designed by SmithGroup, Maricopa, AZ, United States

This new ground up campus was designed to create a unique and authentic identity for the growing Central Arizona College. The three building campus is conceptually rooted in its historic agricultural roots and Native American legacy. Structures are conceived as a series of honest, spare and no maintenance ‘academic sheds.’ Deep overhangs let interior academic spaces flow outdoors seamlessly. Corten steel and rammed earth create the primary exterior language eliminating the need for long term maintenance.

The diverse program includes teaching laboratories, classrooms, culinary arts, a café, bookstore, library, learning center, interactive distance learning classrooms, student services, administration and a multipurpose community room. To ensure the unique appearance, Sherwin-Williams Fluropon coating in Cor-Ten AZP was chosen to adorn the facility. This coating achieves the look of Cor-Ten Steel through a two-step process using a print effect Floropon coating. The coating, containing 70% PVDF resins, provides the strongest protection against weathering, aging and pollution for color retention to preserve the beautiful aesthetic of the facility for years to come.

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletters.

Reference

Rendering the Future: An Architecture of Matte Black Façades
CategoriesArchitecture

Rendering the Future: An Architecture of Matte Black Façades

The winners of this year’s A+Product Awards have been announced. Stay tuned for the year’s edition of the A+Product Awards ebook in the coming months.

We first experience architecture through a façade. Whether made with an overhang for shelter, lively colors, or clear sight lines inside, buildings with a thoughtfully designed façade invite exploration. Over time, architects have worked with builders and manufacturers to rethink cladding, glazing, and doors to shape the entry sequence and building styles. Today, this exploration continues with the design and detailing of matte façades. Through diverse material and finish choices, designers are reimagining the building envelope.

Matte façades have increased in popularity around the world and across project types. By reflecting less light, these buildings hold a strong presence and become focal points in rural and urban environments. Depending on the type of material and color, the matte finish can highlight the cladding, structure or façade system in place. These projects have a textural look and feel, inviting interaction and connection. In turn, they can also be used as a counterpoint to other colors, textures or finishes. The surfaces can contrast glazing or the interior design to delineate between the interior and exterior. Representing the integration of materials and finishes in different climates and contexts, each of the following projects explores what it means to create matte façades today.


Sauna R

Designed by Matteo Foresti, Värmdö, Sweden

Made of black granite (Negresco) and dark wood (Oak), this sauna was designed to be a camera obscura, a box drawn to shape views of the landscape. Located in the middle of Stockholm’s archipelago, a narrow pathway brings the visitors to the sauna: a black box embedded in the rocks. The matte finish can be seen both inside and as part of the structure’s façade. As the team outlines, inside is a monolithic stone bench that faces the water through a large sliding window. On the back, a thick wall contains all the services: a small kitchen hidden behind the sliding doors and a bathroom illuminated by a skylight. At night, the small sauna resembles a lighthouse, a warm and cozy space illuminated from the inside.


Textilmacher

Designed by Tillicharchitektur, Munich, Germany

Tillicharchitektur designed this building to host production and office spaces for a textile finishing and vending firm. Its iconic feature is the folded façade, which reimagines the simple cube. The matte bright surface of the anthracite pigmented concrete responds to its environment. Depending on the season, time of day, weather, and lighting, the façade continuously changes its character. In contrast to the expressive façade, the interior design leaves more space for the production process and the products in the showroom. The team explains that the limitation on few, but high class materials, is the main factor driving the interior.


LOU – Einfamilienhaus

Designed by AllesWirdGut, Lower Austria, Austria

On the fringe of the Vienna Woods sits this compact single-family house LOU. Resting on a steeply sloping site, the designers wanted the first impression to be reinforced by the matte black skin of the building. Inside, the project offers a spacious and varied living environment on staggered half-story levels. As the team notes, at each level, the house opens differently to the outside world. The main residential levels are nestled against the slope, separated from the garden only by an all around-strip of windows which allows looking and stepping out in every direction.


Four Seasons House

Designed by Joris Verhoeven Architecture, Tilburg, Netherlands

This compact wooden house was designed by architect Joris Verhoeven for himself. Located within the Drijflanen nature reserve in Tilburg, the matte building is designed to be a part of nature. With its rough black façade, it was made to fit within the context of surrounding tree trunks. The cottage house is prefabricated and constructed out of wooden cassettes filled with flax insulation. In turn, the interior of the cassettes is made of birch plywood. Other parts of the interior, such as the interior door, kitchen and stair railing, are finished in matte black, just like the exterior window frames. In this way the inside and outside of the house were made to relate to one another.


Muangthongthani Carcare

Designed by Archimontage Design Fields Sophisticated, Nonthaburi, Thailand

Located in Muang Thong Thani, this project is the expansion of a car care center. The building is located on a 3230-square feet (300-meter) plot of land, with a long and narrow plot that required an in-depth organization of the building. Since the space of the car care center was too limited, a new space was necessary for project extension. The building consists of four small containers and four large containers. The design team made the building exterior to be painted in matte black but the interior is white. The external envelope includes the west façade and the roof, which have metal sunshades to reflect sunlight and protect the building from the heat.


The Wetlands

Designed by Alain Carle Architect, Wentworth-Nord, Canada

The ‘Les Marais’ project started with the design team’s fascination for the built landscape of the empty space that characterizes North American rural areas. For this design, depending on the observer’s location in the neighboring forest, the scales of the buildings are relative. The team explains that the wetland nature of this lakeside property was preserved and then the collective landscape of the built complex was designed. A large ‘plate’ of black wood links the three structures to establish a common base, while large cutouts were made in each ‘shape’, also of black painted wood, to reveal the interior materiality of the red cedar buildings.


JianYe LanHai ZhengFeng Hotel

Designed by Lacime Architect, Xinzheng, China

Sited at the future land-air transport hub of Henan, this hotel was made as a “paradise city with national customs” in Zhengzhou. Ideas of Chinese ancient garden construction were introduced into the “south garden” that make the most important building the starting point of the entire array. Moreover, the matte building façade is presented in the shape of arc to match the main garden in the front. The team choose a range of matte-finish materials like frosted earthenware tile, matte composite aluminum-plastic sheet and brushed stainless steel. It is the first floor of the building that is composed of external matte façade built from 100,000 earthenware tiles.

The winners of this year’s A+Product Awards have been announced. Stay tuned for the year’s edition of the A+Product Awards ebook in the coming months.

Reference

Shine On or Lights Out? Architects Are Turning Exterior Walls into Digital Façades
CategoriesArchitecture

Shine On or Lights Out? Architects Are Turning Exterior Walls into Digital Façades

Judging for the 11th A+Awards is now underway! While awaiting the Winners, prepare for the upcoming Architizer Vision Awards, honoring the best architectural photography, film, visualizations, drawings, models and the talented creators behind them. Learn more and register >

Light-emitting diode (LED) video displays take architectural design to a new level of brilliance, transforming the city streets and skylines into spectacular sights. Technology meets design and art to cover entire building façades for a high-impact passerby engagement.

Unfortunately, as mesmerizing as this visual spectacle can be, these luminous building skins add to the high amounts of human light pollution. This effect increases the brightness of the sky at an alarming pace.

Building Skins

Digital façades redefine how we think of architecture and, more specifically, building skins. Entire walls become giant canvases with lighting as an artistic form of visual communication. LED technology has reached the point where screens of digitally controlled nodes emitting vivid colors can form an integral part of the architectural expression, adapting to various planes and configurations. The outcome achieves extraordinary visual effects, blending light, media and art. Never have buildings been brighter and more scintillating.

Interactive LED Media facade

Interactive LED Media façade for La Vitrine Culturelle in Montreal’s Cultural district. Photo by Moment Factory via Architizer

Dynamic and Expressive

With free-flowing and vivid colors, buildings become more dynamic and expressive. At dusk, architecture becomes secondary, and the light installations that cover entire building surfaces take centerstage. Then, the urban landscape, as experienced during the daytime, gives way to a transformed setting where light and media become the main attraction. Expansive installations fill the streets with a futuristic flair blending the real and virtual worlds. This fantastic atmosphere captures passersby’s and drivers’ attention, heightening their senses and triggering feelings. The ambient sound intensifies the experience, unsettling yet captivating.

Aura, Toronto, Canada. Photo by Victor Rodriguez on Unsplash

Burj Khalifa, Dubai, United Arab Emirates

Burj Khalifa, Dubai, United Arab Emirates. Photo by Shot by Cerqueira on Unsplash

Design for the Senses

This sensory architecture affects how passersby interact with their immediate surroundings. It influences feelings such as mood, energy levels and appetite. Based on all of these attributes, digital façades serve as powerful marketing tools to attract customers for retail establishments, enhance the fan experience for sports venues and create brand identities for corporate businesses. Digital façades have become an effective communication vehicle that transforms urban centers into a new media form, like print (newspapers), broadcast (television) or the internet (social media). This luminous communication technology allows passersby to interact with the displayed content, whether it is news, advertising, weather forecasts or social media activity.

Interactive digital screens

Interactive digital screens deliver information in real-time. Photo by Cheung Yin via Unsplash

Pros and Cons

Technological advances continuously make LED lighting more affordable and energy-efficient. Light quality is continuously improved. LEDs have a very long life compared to other types of lighting, such as high-pressure sodium lamps traditionally used in street lighting and require virtually no maintenance or replacement. Yet, concerns are growing about the impact of blue emission excess on the one hand and light pollution causing the “skyglow” phenomenon on the other hand. Digital façades put off an incredible amount of light which, to some degree, contributes to light pollution generated by electric lights’ nighttime glow. This effect appears to be intensifying, especially in dense urban areas, with the artificial brightening of the night sky.

Lugard Road, Hong Kong

Sky glow over Hong Kong due to lighting pollution. Photo by Patrick on Unsplash

New Lighting Strategies

Also, environmental studies show that LED lights emit relatively high levels of blue light, a wavelength that negatively impacts human health and wildlife. While new light strategies are explored to mitigate the impact on human well-being and ecological systems, LEED (Leadership in Energy and Environmental Design) promotes the minimization of light pollution by reducing light emissions, especially up to the sky. Perhaps a period of complete night darkness would be beneficial but unrealistic, so finding the most efficient and safe lighting system seems to be a priority. LED technology has the potential for improvement, and city authorities can regulate the amount of light emission per building, a compromise worth exploring.

Digital façades undoubtedly add to the character of buildings while becoming part of the urban landscape, creating exciting environments, attracting visitors and spurring business. Cities like New York, Hong Kong and Dubai exemplify the striking development of buildings incorporating digital façades. These eye-catching buildings shape the skylines of these cities, captivating the mind, rewarding the eye, enhancing the atmosphere and evoking powerful emotions.

Judging for the 11th A+Awards is now underway! While awaiting the Winners, prepare for the upcoming Architizer Vision Awards, honoring the best architectural photography, film, visualizations, drawings, models and the talented creators behind them. Learn more and register >

Reference

World’s Best Design Details: Bendheim’s Bespoke Glass Façades
CategoriesArchitecture

World’s Best Design Details: Bendheim’s Bespoke Glass Façades

Architizer’s A+Awards Best Firm categories allow design firms of all sizes to showcase their practice and vie for the title of “World’s Best Architecture Firm”. Start an A+Firm Award Application today. 

Architecture is shaped by form, transparency and light. Today, glass is one of the key materials specified to control what we experience inside a building, from views and daylight to heating and cooling. Glass has been used for thousands of years, holding both practical uses and cultural meaning. A major turning point came with the advent of the float glass process,  invented by Sir Alastair Pilkington in 1952, which used a molten tin bath to produce a continuous ribbon of glass. Now, architects are working with manufacturers to rethink conventional building envelopes and construction techniques.

Bendheim is one of the world’s foremost resources for specialty architectural glass. Founded in New York City in 1927, the family-owned company offers in-stock and custom glass varieties for interior and exterior building applications. In the early 1980s, Bendheim began its Architectural Glass division with new tempering and lamination processes to transform hundreds of decorative glass varieties into safety architectural glass products. Bendheim now maintains production facilities in New Jersey and a Design Lab in New York City. The following projects showcase Bendheim’s products in architecture across the United States, from residential to cultural projects.


Devon Energy Center

By Pickard Chilton, Oklahoma City, OK, United States

The Devon Energy Center was designed to create a focal point for the company and the city by integrating civic-scaled spaces. The headquarters consolidates Devon’s Oklahoma City-based workforce into a single facility. Rising fifty floors, the tower’s unique three-sided footprint allows it to be viewed from all of greater Oklahoma City. The curtain wall is composed of state-of-the-art continuous floor-to-ceiling glazing and a highly articulated mullion system.

Defining an urban edge between business and arts districts, the auditorium is a prominent, multi-use venue designed to support private and public events. Bendheim was brought on with double-glazed, solar channel glass to create feature exterior walls with angle cuts at the entrance. The SF-60 framing system was utilized for setting the glass.


Shaw Center for the Arts

By Schwartz/Silver Architects, Baton Rouge, LA, United States

Made to house Louisiana State University’s Museum of Art, this project also included studio art facilities, a regional performing arts facility with a 320 seat main stage, a hundred-seat black box theater, and a dance recital theater. An historic older building, the “Auto Hotel,” houses classrooms, offices, curatorial spaces, and a gallery for the LSU School of Art. The innovative Bendheim channel glass rainscreen creates a highly recognizable façade, while protecting the building and the works of art it houses from the elements.

The façade features approximately 40,000 square feet of the channel glass. Most of the flanges face outward, adding texture to the building. There are 2-inch gaps between the channels, and the glass rainscreen sits approximately 6 inches off a layer of waterproof aluminum. The resulting varied texture emulates the shimmering surface of the nearby Mississippi River. The unique flange-outward design adds visual complexity, while preventing wind and rain from accessing the metal panels behind the channel glass.


Swiss Embassy Residence

By Rüssli Architects AG, Washington, DC, United States

Looking out with a view to the Washington Monument, this residence was made as a multifunctional microcosm of living and working space as well as rooms for official receptions and for the staff. The strictly geometrical structure of the Swiss Embassy is a cross-shaped volume on a massive, rectangular base. The outer sides of the cross, which are part of the base too, and the the resulting exterior spaces are allocated to adjacent areas.

Bendheim’s U-profile channel glass, contrasting with slate-trimmed grey concrete, produces a crisp, clean effect in this cross-shaped design. The complex features 10,000 square feet of tempered, low-iron, sandblasted, solar textured channel glass. The Swiss Embassy residence operates at high levels of efficiency, consuming half as much energy as a typical building structure. The project also conforms to the LEED Silver green building standard.


Institute of Contemporary Art

By Diller Scofidio + Renfro, Boston, MA, United States

The ICA was the first museum to be built in Boston in 100 years. The 65,000 square foot building includes temporary and permanent galleries, a 330 seat multi-purpose theater, a restaurant, bookstore, education/workshop facilities, and administrative offices. The site is bound on two sides by the Harbor Walk, a 47-mile public walkway at the water¹s edge reclaimed from Boston’s industrial past. The ICA offers the city some of its ground floor footprint in exchange for rights to cantilever over city property with a 18,000-square-foot gallery illuminated by an uninterrupted skylight.

A 504 Rough Cast channel glass façade envelopes the upper level of the Institute of Contemporary Art on three sides. The glass rainscreen is functional, protecting the building from harmful moisture damage, as well as being aesthetically pleasing. The glass is illuminated from the top, allowing the entire upper level to glow at night and to act as a beacon over the harbor.


C-Glass House

By deegan day design, Marin County, CA, United States

The C-Glass House is an elegant retreat in northern California. Set on a spectacular site, the residence opens to a panoramic view of Tomales Bay and the open ocean, while bracing against winds from multiple directions. C-Glass House brokers between the Leica-like precision of high modern glass houses and the cinematic wireframe of the Case Study generation. The home was also inspired by artists’ explorations of glazed enclosures as much as it is to the precedents of Johnson and Mies.

The C-Glass House opens up to a panoramic vista but also modulates and reflects back on architecture’s evolving role in the American landscape. Affixed in Bendheim’s SF-60 framing system, solar textured channel glass defines the house’s exterior, creates privacy, and diffuses the strong Californian sunlight. Captured at the top and bottom, the tempered channel glass spans the height of the house, seamlessly turning corners without the need for extra metal supports.


Visual Arts Building, University of Iowa

By Steven Holl Architects and BNIM, Iowa City, IA, United States

SHA and BNIM designed the new Visual Arts Building for the University of Iowa’s School of Art and Art History. It provides 126,000 square feet of loft-like space for all visual arts media, from ancient metal-smithing techniques to the most advanced virtual reality technologies. The building replaces an original arts building from 1936, which was heavily damaged during the 2008 flood of the University of Iowa campus. Seven vertical “centers of light” are carved out of the building’s volume filling the interior with natural light and ventilation.

Channel glass by Bendheim soars at 20 foot heights throughout the project. The combination of Bendheim’s 504 Rough Cast™ channel glass texture with translucent insulation inserts delivers ideal daylight, as if filtered through a translucent cloud. With no glare requiring shades or other window treatments to block it, classrooms, studios, and lounge spaces are flooded with natural light that appears to have no direct source. The idea was to create evenly dispersed light that would make the best possible atmosphere in which to work and create.

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