Double-height living room surrounded by windows
CategoriesInterior Design

Timothy Godbold adorns Tribeca loft with modernist relief panels

Double-height living room surrounded by windows

New York interior designer Timothy Godbold has renovated an apartment in a historic Tribeca building, adding various relief treatments across its neutral walls including panels influenced by a 1970s sci-fi series.

The spacious loft is located in an 1881 cast-iron building on Franklin Street, which was formerly a textile factory and was overhauled by Pritzker Prize-winning Japanese architect Shigeru Ban in 2019.

Double-height living room surrounded by windowsDouble-height living room surrounded by windows
The most dramatic space in the loft is a double-height living room surrounded by windows

“The homeowners, a young family with two children, set out with the objective of creating a great home for entertaining that simultaneously utilized space efficiently to create a comfortable family living space,” said Godbold‘s team.

The designer helped to organise the layout so that it functioned optimally for the family, and despite opting for a neutral colour palette, Godbold upped the drama through the scale of the furniture and artwork.

Dining table anchored to a structural columnDining table anchored to a structural column
Rather than disguise a structural column, Timothy Godbold used it as an anchor for the dining table

A double-height living room occupies a corner flooded with light from windows on two sides, which can be diffused by drawing the sheer curtains.

To work around a large structural column disrupting the view to the living room, Godbold used the column to anchor a stone dining table to turn it into a focal feature.

Minimalist kitchen viewed from double-height living roomMinimalist kitchen viewed from double-height living room
The kitchen is intentionally minimal, benefitting from the absence of cabinet and drawer pulls

The table references a 1930s design by Hans and Wassili Luckhardt and Alfons Anker, in keeping with the industrial style of the building.

The kitchen is very minimal, thanks to the omission of cabinet and drawer pulls, and includes an island with a waterfall stone top that creates space for a breakfast bar.

Flexible office and bar space with a brown sofaFlexible office and bar space with a brown sofa
An area behind the kitchen was converted into a flexible office and bar space

Hidden behind the kitchen is a former TV room converted into a bar room and an office “to maximise the versatility of the space and meet multiple needs”.

The walls in this flexible room are covered in geometric plaster-relief panels, which add shadows and texture, while the furniture is darker and more masculine.

Plaster relief panels based on a 1970s sci-fi series covering a curved wallPlaster relief panels based on a 1970s sci-fi series covering a curved wall
Plaster relief panels based on a 1970s sci-fi series cover the walls

A Reprise pendant light from New York design studio Apparatus hangs in a corner that has been curved to accentuate the modernist-style wall panelling.

“The wall details in this Tribeca space are inspired by a classic 1970s sci-fi series that showcases an all-Italian modern aesthetic within a futuristic environment,” said the team.

A fluted feature wall behind a bedA fluted feature wall behind a bed
A feature wall behind the bed in the primary bedroom is fluted across its full width

A row of plastered arched niches separates the formal entertaining areas from a more casual seating area, where a large pale grey sofa shifts the tone from the warm whites found elsewhere.

In the primary bedroom, the built-in bed and nightstands are installed below a tufted upholstered headboard that runs the full width of the room, and a fluted wall feature that extends to the ceiling.

A sculptural sofa, large planters and a huge artwork by Etienne MoyatA sculptural sofa, large planters and a huge artwork by Etienne Moyat
The bedroom also features a sculptural sofa, large planters and a huge artwork by Etienne Moyat

Opposite the bed is a sculptural sofa surrounded by oversized planters and a large, carved relief artwork by French sculptor Etienne Moyat on the wall.

Godbold custom-designed many of the pieces throughout the home, including most of the furniture and decorative elements.

His references included mid-century Italian designers like Joe Colombo, whose space-age shapes are echoed in the dining chairs, sofas, and smaller lighting and decor items.

Godbold also played with proportion to add drama, as seen in the living room’s custom stone sofas that are upholstered in a “brutalist” fabric made in England, and the coffee table with an integrated planter.

Dressing room with curved metal closet doorsDressing room with curved metal closet doors
A variety of space-age shapes and materials can be found throughout the loft

The rugs also feature custom designs that outline the furniture in the same space.

Overall, the goal was to “marry the industrial, the art deco and the more surreal aspects of 1970s noir cult cinema for a glamorous and intriguing end product.”

Neutral-coloured nursery with soft toys on the floorNeutral-coloured nursery with soft toys on the floor
The home’s neutral colour palette continues through to the nursery

Originally from Australia, Godbold is currently based in the Hamptons, where he renovated his mid-century home to resemble a “villain’s hideout”.

He also aims to preserve other modernist dwellings built across the area through the nonprofit organisation Hamptons 20th Century Modern.

The photography is by David Mitchell.



Reference

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen
CategoriesArchitecture

semi-transparent panels form nespresso pop-up café in shenzhen

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen
sustainability is prioritized, with biodegradable and recyclable materials used throughout

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen
the AOM Pavilion serves as more than a café, fostering community engagement and cultural appreciation

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen
traditional architectural detailing, like mortise and tenon structures, enhances the Spring Festival atmosphere

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen
the design blends tradition and modernity, creating a unique space for relaxation and cultural exchange

semi-transparent polycarbonate and wooden panels form nespresso pop-up café in shenzhen
modular interior furniture allows for easy reuse or potential recycling

 

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the interior space features modular wooden display props and movable furniture

the interior space features modular wooden display props and movable furniture

red paint decorations are influenced by the traditional Lingnan architecture

red paint decorations are influenced by the traditional Lingnan architecture

bamboo-woven lanterns ornament the exterior of the café

bamboo-woven lanterns ornament the exterior of the café

the tips of the roof rafters are decorated with a touch of gold paint

the tips of the roof rafters are decorated with a touch of gold paint

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project info:

 

name: Nespresso AOM Café Pop-up Store Design
architect: Studio 10 | @studio10design

interior design: Studio 10

principal-in-charge: Shi Zhou

design team: Chunhui Mo, Mengqi Zhang, Liuqing Liu, Jingqi Qiu, Ziqi Wang, Jinru Zhao, Jiaxiao Bao

contractor: Beijing Deno Mingtong Exhibition Service Co., Ltd

owner: Nespresso

client: JUANZONG CREATE

graphic design: JUANZONG CREATE

co-production: VVYY®️ Design Center

gross floor area: 60 sqm

location: MixC World, Nanshan Shenzhen, Guangdong, China

photography: Chao Zhang – ZC Studio | @zhangchao_sz

 

 

designboom has received this project from our DIY submissions feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.

 

edited by: christina vergopoulou | designboom



Reference

Making waves with floating offshore solar panels
CategoriesSustainable News

Making waves with floating offshore solar panels

Making waves with floating offshore solar panels

Spotted: According to the International Energy Agency’s Renewables 2023 report, last year saw a ‘step change’ in renewable capacity additions, driven in large part by solar power, particularly in China. And, in the year ahead, it is expected that the world will pass an important milestone with the combination of solar and wind forecast to generate more renewable electricity than hydropower for the first time.

Despite this heartening progress, there is still scope for innovation in renewable generation, and not every problem is solved. For example, offshore wind had a difficult year in 2023, and Netherlands-based energy company SolarDuck believes that another offshore technology will become an important part of the energy mix.

The startup believes that offshore solar power will be a key component in the push to meet net-zero emissions goals. The company’s founders all have experience in the energy and maritime sectors, expertise that lent itself to the creation of low-maintenance, offshore, floating solar panels designed specifically to withstand high-velocity winds and waves for up to 30 years.  

The patented design includes built-in safety aspects, along with improved means of access for maintenance teams. The solar panels are arranged in a triangle shape with a 10-degree tilt to help maximise self-cleaning capabilities and are placed on a floating foundation several feet above the water. Being slightly raised helps minimise corrosion and marine growth, and each structure is designed to be easily connected to another for quick scalability of energy supply.  

Sea water provides an important cooling factor that helps the panels maintain higher levels of conversion efficiency. SolarDuck plans to generate at least one gigawatt of energy from its solution annually by 2030.  

From a solar-powered cooker to new means of rejuvenating aging PV panels, solar power is such as important source of renewable energy that Springwise’s library contains a range of examples of innovations working to reduce the world’s dependence on oil and gas.

Written By: Keely Khoury

Reference

A plant-inspired anti-reflective coating for solar panels 
CategoriesSustainable News

A plant-inspired anti-reflective coating for solar panels 

A plant-inspired anti-reflective coating for solar panels 

Spotted: Most top-end solar panels today work at an efficiency rate of around 23 per cent, and if there was a big jump in that rate, it would be a significant boon for global decarbonisation efforts. Right now, experts predict that renewable energy sources will provide 35 per cent of the world’s power by 2025.  

With an anti-reflective coating applied directly to the top glass layer of photovoltaic arrays, German energy technology company Phytonics is helping improve the efficiency of standard solar panels. The company’s coating could improve each system’s annual yield by 5 to 10 per cent. 

Inspired by the efficient and robust nature of plant photosynthesis, the startup – a spin-out from the Karlsruhe Institute of Technology (KIT) – has used nature’s designs as a starting point for its proprietary technology. The coating combines micro- and nano-technology elements to replicate the sunlight-absorbing capability of rose petals. Available for use with all sizes of energy systems and wavelengths of light, the coating reduces glare from every angle. It also helps extend the lifespan of panels by adding an additional layer of protection from the elements. 

The laminating foil is applied during the solar panel production process and is currently in-situ in two different locations. The company encourages anyone interested in participating in retrofitting sites to get in touch for more information as the process develops. In mid-2023, the company began building its first commercial pilot production facility.

From panels that work in the shade to nanogrids that work off-grid, the versatility of solar power is showcased in a variety of innovations in Springwise’s library.  

Written By: Keely Khoury

Reference

Solar panels that work in the shade
CategoriesSustainable News

Solar panels that work in the shade

Solar panels that work in the shade

Spotted: Solar panels offer a safe and environmentally friendly alternative to polluting fossil fuels such as coal and oil. And in full, direct sunlight, they are a highly efficient way to power your home. However, in the shade, they will produce significantly less energy than they would in the full glare of the sun. In fact, US startup Optivolt claims that a shadow covering just 1 per cent of a conventional solar panel will reduce power output by 33 per cent, while a 10 per cent covering will render the panel essentially useless.

The company is tackling this problem with its patented technology, Pulse. When partially in the shade, the Pulse technology ensures the whole panel continues to work effectively by ‘stretching’ the shadow across the entire panel, mimicking a direct sunlight scenario that is slightly dimmer. According to Optivolt, this enables up to 25 times more power to be generated in real-world shading conditions.  

By optimising shaded panels, Pulse claims it unlocks 261 terawatt-hours of untapped energy, which equates to an additional 34 billion dollars worth of solar energy per year.

In addition to the utility and rooftop applications we are all familiar with, OptiVolt’s technology could unlock new applications for solar power. In a field study conducted by Anduril Industries, Optivolt’s solar panel proved capable of powering Anduril’s military devices through harsh winter conditions. The technology is also battle-tested by the United States Homeland Security and Ukrainian front-line units to provide mission-critical power where traditional solar falls short.

Optivolt’s home installations will begin in 2024. 

Solar panels are a vital tool in fighting climate change, and it’s no wonder Springwise has spotted many innovations in the archive looking to make the most out of them. Solar AI provides rent-to-own solar panels to make renewable energy affordable for many, while Terabase Energy is producing a digital field factory to speed up the construction of solar farms.

Written By: Anam Alam

Reference

Designing with Light: 6 Ways Architects Are Using Swisspearl's Progressive Cladding Panels
CategoriesArchitecture

Designing with Light: 6 Ways Architects Are Using Swisspearl’s Progressive Cladding Panels

Designing with Light: 6 Ways Architects Are Using Swisspearl's Progressive Cladding Panels

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

We first understand architecture through it’s façade, the face that it presents to us. This first impression is deeply tied to the materials and building systems a structure is made of. As designers and architects collaborate with manufacturers and fabricators, they continuously reimagine what this “first impression” can be and how buildings perform. A global provider based in Switzerland, Swisspearl is a manufacturer known for rethinking cladding and façades. The company’s guiding principle is to develop and produce forward-looking, functional and aesthetically convincing designs with architects, craftspeople and building material suppliers.

The headquarters of today’s Swisspearl Group is located in Niederurnen, where one of the first production facilities for fiber cement was founded in 1903. For many years, Swisspearl has been developing products made of natural materials for use in building envelopes, interior design and landscapes. The company’s products from their workshops in Niederurnen and Payerne have shaped Swiss building culture and, over time, have been used in projects worldwide. Swisspearl became well-known for cement composite panels (formerly called fiber cement panels or fiber-reinforced cementitious panels) offered in a wide color range. The following projects highlight their panels and product innovations used in architecture worldwide.


Denver Botanic Gardens Science Pyramid

By EUA, Denver, CO, United States

This iconic Science Pyramid was inspired by nature. The team wanted the façade of the building to mimic the hexagonal structure of a honeycomb. The pyramid’s two peaks and 16 facets twist and turn towards the sky as if it was a result of the earth’s colliding tectonic plates. Located in the center of the gardens, the pyramid’s proportions are a inverse of the adjacent amphitheater, made to create harmony between the building and the surrounding landscape.

Faced with the task of designing a transparent pyramid, as specified in the competition brief, the architects of the winning competition entry drew their inspiration from the geological processes causing the ragged rock formations of the nearby mountain ridges. The envelope of the structure informed by a biological metaphor and features almost 500 dark gray, hexagonal Swisspearl panels interspersed with thirty photo-voltaic collectors and multiple windows and skylights.


US Land Port of Entry, Warroad MN

By Snow Kreilich Architects, Warroad, MN, United States

Snow Kreilich designed the Warroad Land Port of Entry to support the mission-driven demands of US Customs and Border Protection (CBP). The 40,108 square foot facility was conceived as a specific response to the vast open landscape along the Minnesota-Canadian border. In turn, its form reiterates the dominant horizon of the landscape while making reference to the East-West border.  Inflected building forms facilitate intuitive use by visitors, the officer’s ability to survey the entire site, and vehicle access to secondary inspections.

Swisspearl was used along the building façade, along with cedar planks stained black. Surfaces that face inward, in contrast, are an auburn-colored cedar. The Warroad Land Port of Entry sets a new standard for remote, small ports in achieving the highest design standard for public buildings. While embracing CBP’s operational procedures and inevitably changing technologies, the design advances the dual mission to protect national security while facilitating trade and travel in a comfortable, efficient facility.


Davis-Harrington Welcome Center

By Dake Wells Architecture, Springfield, MO, United States

Dake Wells designed the Davis-Harrington Welcome Center as a new “front door” welcoming visitors to Missouri State University’s campus. The 13,000 square foot facility includes a two-story lobby and 100 seat presentation room to provide a multi-purpose venue for special events. Tasked by the University with providing a “signature piece of architecture”, the design solution was made to be both economical and monumental. The building program is arranged in a two-story scheme, placing administrative functions on an upper level in order to increase the building’s visual presence as it reinforces the campus edge.

The building enclosure combines a variety of materials in response to the surrounding campus context. The architects used a seemingly paper-thin layer of white Swisspearl panels to sheathe the fully glazed upper sections of the east and west façades. As the team explains, the latter extends slightly beyond the pointed corner of the building where the lower part folds slightly away to extend a welcoming gesture to visitors. Inspired by the pattern of a composition booklet, a seemingly random arrangement of circular perforations feeds dappled light into the atrium and allows views from the second-floor walkway.


Myriad Botanical Gardens

By Gensler, Oklahoma City, OK, United States

The design team wanted to transform Oklahoma City’s Myriad Botanical Gardens from an underused park to a vibrant center of activity for residents and visitors. By adding a new restaurant, open-air pavilion, bandshell and addition to the existing conservatory as well as redesigning the landscape, the design team set out to give the park new appeal. The buildings are linked through consistent geometry derived from the pure Euclidian form of the original botanical conservatory. The compositional elements that form the architectural language include single-story geometric forms, white cementitious panels, water-clear glass and extended overhangs.

Each structure has its own unique character informed by its distinct program. Swisspearl was used as siding for the project throughout. The restaurant is a perfect square, where cantilevered overhangs extend 18 feet on the west side to provide shade from the harsh summer sun. Twelve foot curved glass panels form the circular dining area. While the bandshell is a complex 3D sculptural and monumental form. Since the park’s grand re-opening, the new Myriad Botanical Gardens has added vitality to downtown Oklahoma City attracting visitors each year.


Kindergarten Cerkvenjak

By Superform, Municipality of Cerkvenjak, Slovenia

Desigend as a kindergarten is in the village of Cerkvenjak, this project is located in the center of the Slovenske Gorice region of Slovenia. The kindergarten was designed to be inseparably connected with the natural surroundings of the trees and playground equipment. The concept of the kindergarten is similar to its local surroundings with the rhythmic string of volumes and roofs. Because of this concept, the kindergarten does not surpass the scale of an individual house and gives the user — a child — a sense of home.

The architects drew the inspiration for this kindergarten from a nearby learning path running through the Slovenian village of Cerkvenjak. Intended to enrich the children‘s spatial experience, the hallway inside varies in width and each playroom unit boasts a unique, irregular and contorted shape. The design of the Swisspearl envelope support this idea. The kindergarten is a new program and function that upgrades the existing learning path. The result of using the principle of a learning path is a unique division and rhythm of the playrooms, where the kindergarten is closer to the scale of a child.


The Wallis Annenberg Center for the Performing Arts

By SPF:architects, Denver, CO, United States

SPF:architects took on the revitalization of the dormant Beverly Hills post office site to create a new performing arts center. Built on the historic site, the new project includes a 500-seat theater building connected via promenade and outdoor sculpture garden. The historic WPA building built in 1934 is repurposed to house a 120-seat studio theater, a café, gift shop, box offices, administration facilities and a 3-classroom theater school for children. Outside, a garden and courtyard connect the historic with the new building with direct visual connection to the shops and restaurants of downtown Beverly Hills.

Celebrating the history of the site, the skin is formed in copper-colored concrete panels. A 4 foot by 9 foot envelope-shaped panel is repeated across the façade. The result is an abstract textural pattern, engraved into the building skin. Made out of Swis­s­pearl cement boards, the team redesigned the façade to alter the size and mod­u­la­tion of the ​gaps between pan­els, result­ing in 30% sav­ings in mate­r­i­al. The plan preserves and celebrates the historic architecture, as well as affords the Center the opportunity to create a new, state-of-the-art, flexible performing arts facility with ample back-of-house amenities.

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

Reference

Start with SIP Panels: Cost Savings, Efficiency, Health, Resilience
CategoriesSustainable News Zero Energy Homes

Start with SIP Panels: Cost Savings, Efficiency, Health, Resilience

Start with SIP Panels: Cost Savings, Efficiency, Health, Resilience

Healthy homes for a healthy planet

A building envelope is the armor that protects inhabitants, as well as interior finishes, furnishings and equipment. In the walls, roof, flooring, healthy materials are important to anyone suffering respiratory problems, like allergies and asthma. A well-designed home envelope is durable, healthy, insulating, and tightly sealed. Panelized construction homes are engineered to bring these qualities together.

In a well-sealed building, fresh air is provided through controlled ventilation systems, ensuring occupants breathe healthier, filtered air, and removing pollutants produced inside the home (dust, CO2, natural gas byproducts, etc.). Heating and cooling are maintained more efficiently and more comfortably, without leaking conditioned air through gaps in doors, walls, and ceilings. This means no drafts or ingress of polluted air, particularly during pollen or smoke advisories! SIPs have uniform insulation, which means there are no cavities where moisture might accumulate and promote mold, mildew, or rot.

Where you’re stopping air leaks you’re also blocking noise transmission pathways, leading to a quieter, and perhaps more private, living situation.

The components in insulated panels (including adhesives) meet some of the most stringent standards for indoor air quality, with low off-gassing. SIP panels have such low formaldehyde emission levels that they easily meet or are exempt from US Housing and Urban Development and California Air Resources Board (CARB) standards.

Reference

An algae-based material for use in personal care products and solar panels
CategoriesSustainable News

An algae-based material for use in personal care products and solar panels

An algae-based material for use in personal care products and solar panels

Spotted: Biotechnology has been rapidly gaining momentum in recent years, with manufacturers increasingly turning to the natural world both for its unique qualities and sustainability. One of those manufacturers is Swedish Algae Factory, which uses diatoms – a type of unicellular microscopic algae – to produce its new advanced materials. 

The company’s first products are a skin cleanser called Algica and a protective coating for photovoltaic (PV) panels. The products are manufactured via a sustainable, circular process that uses wastewater from other local businesses as an energy source, with the cleaned water is returned to its partner organisations for reuse. According to the company, producing one kilogramme of Algica helps clean the atmosphere of at least eight kilogrammes of carbon dioxide and one kilogramme of nitrogen. 

The shells of algae diatoms contain silicon dioxide and are extremely efficient at absorbing light and carbon dioxide. By replacing some of the chemicals traditionally used in skincare products, Algica not only reduces the carbon emissions of production, it also makes the products themselves healthier and more effective. In a controlled, double-blind study, external assessors found Algica’s moisturising capability to be the same as hyaluronic acid.  

Because the algae grow in salt as well as wastewater, production processes are accessible to communities without a consistent supply of clean water. By eliminating the need for potable water to grow algae, areas can more easily and quickly engage with new opportunities for economic growth, particularly as Swedish Algae Factory continues to explore additional and improved uses of the plant.  

A recipient of an EU LIFE grant, Swedish Algae Factory also has a project called Life Sunalgae for large-scale industrial production of an algae-based silicon film that blocks UV light. When applied to PV panels, the film slows the degradation of materials while increasing the solar cells’ efficiency in converting light into power. 

Springwise has spotted the versatility of algae being used in a range of innovations in the archive, including in limestone and to power a microprocessor.

Written By: Keely Khoury

Reference

Perforated metal wall panels ImageWall by Zahner
CategoriesArchitecture

An Architect’s Guide To: Graphic Perforated Metal Panels

Perforated metal wall panels ImageWall by Zahner

Architectural innovation and creativity go hand in hand. Designers are constantly seeking new ways to push boundaries, challenge norms, and create buildings that resonate with places and people. One material that is increasingly being harnessed to this end is perforated metal, with a multitude of high-tech systems now available to architects looking for customizable wall and façade solutions.

One such example is the ImageWall system by Zahner, a renowned engineering and fabrication company with a long-standing reputation for its work with architects. Developed specifically for perforated metal panels, it offers a range of diverse qualities for projects across typologies and climates.

Perforated metal wall panels ImageWall by ZahnerZahner became known for advanced metal surfaces and systems with both functional and ornamental forms. With ImageWall, Zahner has created a system that offers design versatility to make immersive experiences. With its accessible design tools, affordability, and wide range of applications, the perforated metal panel system empowers designers and architects to bring their visions to life.

Whether used in commercial, hospitality, retail, or residential settings, this material provides a customizable canvas for integrating backlighting, materials, and graphics. In this guide, we’ll explore the creative potential of perforated metal panel systems like ImageWall, from the design process to technical detailing and application.


Conceptualization: Pushing the Boundaries of Design

Perforated metal wall panels animation ImageWall by ZahnerOne of the most remarkable aspects of the ImageWall system is its accessibility to designers. Gone are the days of tedious back-and-forth communication. With this system, designers can now conceptualize and design directly within an intuitive online visualizer tool on the Zahner website.

This streamlines the design process and empowers architects to bring their visions to life more efficiently than ever before. The accessibility provided by the system fosters a greater sense of creative freedom, allowing designers to experiment, iterate, and explore a multitude of design options.

Design With ImageWall

Recently, Zahner Labs has further developed the system with ImageLines — an additional customization for generating perforated images. As the team explains, perforations are positioned by an array of customizable lines or curves, while perforation size is driven by a source image. Try it out; it’s easy to upload an image to the configurator and see how ImageLines takes perforated façades to the next level.


Technical Details: Streamlined Installation and Pre-Engineered Elements

The ImageWall perforated metal panels not only look beautiful, but also allow for more streamlined detailing. Through the use of pre-engineered elements and easy-install systems, the cost and lead times are significantly reduced compared to traditional custom solutions. This makes affordability a key advantage offered by Zahner’s system.

Their product also allows clients with tighter budgets to benefit from the company’s reputation for quality craftsmanship and design expertise. In turn, the evolution from custom projects to a pre-engineered product demonstrates Zahner’s commitment to making cutting-edge design accessible to a wider audience.

Download ImageWall Details

Perforated metal wall panels ImageWall by ZahnerFrom sleek and modern metals like stainless steel and aluminum to warm and inviting materials like pre-weathered weathering steel and copper, ImageWall provides architects and designers with a wide selection of options to suit their desired aesthetic.

Additionally, the system can incorporate other materials such as glass, ceramics, or options like recycled materials, ensuring that each project can be uniquely tailored to meet the specific design requirements and desired visual impact. The versatility in material choices offered enables the creation of customized architectural elements that seamlessly integrate into a design.


Applications: Versatility Across Architectural Typologies

At its heart, Zahner’s system has wide-ranging applications across architectural typologies. From commercial buildings to hospitality spaces, retail environments to multi-unit residential common areas, ImageWall seamlessly integrates with other building systems, structures, and assemblies.

This adaptability makes it a valuable tool for architects and designers working on a diverse range of projects. Whether it’s an eye-catching façade for a high-end hotel, an immersive retail environment, or a statement piece in a public space, the system offers endless possibilities for enhancing the appeal of a structure, entry or interior.


Creative Possibilities: Enhancing Design with Light, Materials, and Graphics

ImageWall offers a myriad of creative possibilities, including lighting options, material choices, and graphic integration. Backlighting adds a whole new dimension to architectural design, bringing depth, texture, and visual interest to spaces.

Perforated metal wall panels ImageWall by ZahnerWith a vast array of materials to choose from, architects can find the perfect match for their desired aesthetic, whether it be sleek and modern or warm and organic. The graphic options also enable the integration of custom patterns, logos, or artwork, allowing architects to create truly unique and memorable spaces that leave a lasting impression.


Case Studies: Showcasing the Power of ImageWall

To appreciate the capabilities of perforated metal panels, there are many noteworthy case studies. For example, the ImageWall system was employed only a short walk from Canada’s Parliament buildings in Ottawa, Ontario, where the team of B+H Architects and Morguard collaborated with Zahner to enhance the experience of entering their office complex at 350 Sparks. The installation of custom perforated wall art showcases the journey along the Ottawa River adjacent to Parliament Hill. Zahner supplied 1,563 visible square feet of aluminum panels and associated sub-framing for the installation.

Zahner also collaborated on the Legacy Pavilion for The Equal Justice Initiative. The Pavilion, designed by Williams Blackstock Architects, is the EJI Museum campus’ new building. Zahner engineered and fabricated the custom Angel Hair stainless steel that clads the exterior of the building, which depicts the iconic images of several local civil rights activists that inspire hope for equal justice. In a similar way, two ImageWall murals clad the east and north sides of 1256 Penn Ave, featuring individual portrait panels of renowned local civil rights activists that helped shape the culture of Minneapolis.

These case studies demonstrate how Zahner’s perforated metal panel system can be utilized by architects to enhance their designs. Its adaptability, material options, and creative possibilities have allowed architects to push boundaries and transform their visions into new landmarks.

Explore More Projects

ImageWall represents the evolution of architectural solutions, bridging the gap between visionary concepts and practical implementation. Its accessibility to designers, affordability, wide range of applications, and design potential make it a versatile and valuable tool for architects and designers alike.

As Zahner continues to push boundaries and redefine what is possible in architectural design, the system stands as a testament to their ability to transform visionary concepts into innovative architecture products and systems.

Learn more about ImageWall here, start designing your own custom perforated panel here, and reach out to Zahner’s specialists about your next project here.

Reference

Pink, orange and green rotating partition walls in a concrete apartment by AB Rogers
CategoriesInterior Design

Rotating panels define spaces in artist’s studio by Ab Rogers Design

Pink, orange and green rotating partition walls in a concrete apartment by AB Rogers

Ab Rogers Design has completed an artist’s studio and residence in Kanazawa, Japan, featuring a series of fluorescent partition walls that can be rotated to transform how the space is used.

Called Fishmarket, the multipurpose creative and living space was designed for Japanese artist Hiraki Sawa, who lives in London but regularly visits his home city of Kanazawa.

Pink, orange and green rotating partition walls in a concrete apartment by AB Rogers
Ab Rogers Design introduced rotating walls that define spaces

Sawa met Ab Rogers in 2019 when the pair were both working on projects for the Wonderfruit music festival in Thailand.

At the time, they were both living in east London and over the course of several conversations decided to work together on what Rogers calls the “co-being space” in Kanazawa.

Fluorescent rotating partition walls revealing a freestanding bathtub in a concrete apartment by Ab Rogers Design
The interior was stripped back to its shell

Named after the duo’s shared love of fish, the former commercial space was converted into a place for Sawa to stay while in Kanazawa, as well as a place to host workshops around design, culture and food.

Rogers’ studio stripped the interior back to its industrial shell before adding foil-backed insulation to some of the walls and introducing interventions including the rotating plywood walls.

Pink fluorescent partition wall in an industrial apartment with concrete staircase to the side
The fluorescent partition walls are made from plywood

“We didn’t want to make it cosy or glossy, we wanted to work with the bones of what was there,” Rogers told Dezeen.

“We tried to let the light in as much as possible while keeping it raw and creating these interventions, these objects in space.”

Yellow, pink, orange and green rotating partition walls zoning a bedroom in a concrete apartment by Ab Rogers Design
The walls were painted in different colours to add character

The insertion of the four movable partitions on the building’s second floor allows this open space to be transformed into three smaller multipurpose zones.

Pivoting doors conceal the bathroom and enable the bedroom to become a workshop for making art, a place for viewing it or a social space for gatherings.

Each panel is painted in a different fluorescent highlighter hue to bring a sense of vibrancy and character to the otherwise pared-back space.

“I love fluorescent colours because they’re really alive and dynamic,” Rogers explained. “When daylight hits them they become electrified and they transform into something else.”

Long kitchen island bench topped with blue tiles in a dimly lit industrial apartment
The kitchen is located on the upper floor

A concrete staircase ascends to another open space where a monolithic nine-metre-long workbench functions as a kitchen, a worktop and a table for cooking, eating and sharing.

“The kitchen can be used as a kitchen but it’s also adaptable depending on what actions are being performed in the space,” Rogers explained.

“If you put a plate on it, it becomes a restaurant,” he added. “If you put a computer on it then it’s an office and if you put a sewing machine on it then it becomes a workshop for designing or making textiles.”

Long kitchen table topped with blue tiles with red strip lighting overhead in an unfinished industrial apartment
A long tiled bench provides space for food preparation and dining

All of the materials used in the project were sourced locally and chosen for their affordability. Building regulations also dictated some of the design decisions, such as the need to line certain walls with plywood panels.

Rogers never visited Kanazawa, so Sawa was responsible for solving problems on-site and finding materials to turn his ideas into reality.

Toilet and sink on a wooden bench in an industrial bathroom with fluorescent green wall by Ab Rogers Design
Some walls were lined with plywood panels

The project evolved over time with lots of back and forth between the client and designer. According to Rogers, this organic process produced an outcome that embodies both of their visions.

“I love these small projects where you have a strong affiliation with the client,” said the designer. “This symbiotic way of designing through a conversation is really fluent and means you’re always building ambition.”

Fluorescent green rotating wall at the top of a concrete staircase
The studio was previously a commercial space

Rogers works across fields such as health, culture, retail, hospitality and housing.

Previous projects by the multidisciplinary design studio include a cancer treatment hospital clad in glazed red terracotta and a space-efficient apartment with a floor area of just 19 square metres.

The photography is by Takumi Ota.

Reference