The Golden Gate Bridge is acclaimed as one of the world's most beautiful bridges. With its tremendous towers, sweeping main cables, and great span, it is a sensory beauty featuring color, sound, and light. Celebrating 75 years, the bridge can be a very busy place; it is estimated that about nine million people from around the world visit the bridge each year.
When asked by the Golden Gate National Parks Conservancy to serve as the lead architect for the 3,426-sf Golden Gate Bridge Pavilion, Project Frog was in search for a fiber cement product that included a moisture management system. Looking at several different manufacturers, price points, and aesthetics, Project Frog landed on Nichiha’s Illumination Series panels through a client who had recently used the product on one of their buildings.
The Golden Gate Bridge Pavilion was developed with the latest technology and innovation available. The building’s cladding will serve to call attention to the structure itself, with the famous international orange color on three sides and a storefront consisting entirely of glass, floor to ceiling.
Project Frog was intrigued by the plethora of physical properties of Nichiha panels, including durability, panel proportions, clipping system, texture/finish, V-groove panel joints, and the ability to utilize Nichiha’s Color Xpressions System, where Nichiha will match any paint manufacturer’s colors in satin finish. The patented clip system allows for panel joints to fall off stud locations as well.
“When you have a landmark with such strong national recognition and commitment, you know you have the right combination of product advantages,” states Doug Kennard, territory manager at Nichiha USA. “This Golden Gate Bridge Pavilion project typifies all the aspects of the Nichiha brand... providing quality exterior cladding solutions that deliver on high performance and bring to life the look our clients desire. Plus if we can also lower the installed cost and shorten the installation process, we’ve done our job.”
The new Golden Gate Bridge Pavilion is made from environmentally responsible materials and has abundant green features including: high-performance, super-insulating glass units incorporating suspended film technology; abundant natural daylight; complete LED lighting system for artificial light; ultra-high efficiency furnace with economizer function; and low-flow commercial plumbing fixtures; in addition to Nichiha’s sustainable Illumination Series panels, which contain 40 percent recycled content.
The new Golden Gate Bridge Pavilion will include interpretive display elements and artifacts alongside retail merchandise. Not only will it teach its visitors about the historical significance of the building, but it will also provide educational information about sustainable building techniques, energy performance, and environmental responsibility. +
Related Stories
Sponsored | BD+C University Course | May 5, 2022
Designing with architectural insulated metal wall panels
Insulated metal wall panels (IMPs) offer a sleek, modern, and lightweight envelope system that is highly customizable. This continuing education course explores the characteristics of insulated metal wall panels, including how they can offer a six-in-one design solution. Discussions also include design options, installation processes, code compliance, sustainability, and available warranties.
Sponsored | BD+C University Course | May 3, 2022
For glass openings, how big is too big?
Advances in glazing materials and glass building systems offer a seemingly unlimited horizon for not only glass performance, but also for the size and extent of these light, transparent forms. Both for enclosures and for indoor environments, novel products and assemblies allow for more glass and less opaque structure—often in places that previously limited their use.
Sponsored | BD+C University Course | Apr 19, 2022
Multi-story building systems and selection criteria
This course outlines the attributes, functions, benefits, limits, and acoustic qualities of composite deck slabs. It reviews the three primary types of composite systems that represent the full range of long-span composite floor systems and examines the criteria for their selection, design, and engineering.
Wood | Apr 13, 2022
Mass timber: Multifamily’s next big building system
Mass timber construction experts offer advice on how to use prefabricated wood systems to help you reach for the heights with your next apartment or condominium project.
Sponsored | BD+C University Course | Apr 10, 2022
Designing with commercial and industrial insulated metal wall panels
Discover the characteristics, benefits and design options for commercial/industrial buildings using insulated metal panels (IMPs). Recognize the factors affecting panel spans and the relationship of these to structural supports. Gain knowledge of IMP code compliance.
Building Materials | Feb 17, 2022
3D-printed megapanels, unitized window-wall assemblies now available from Sto Corp.
Panel manufacturer is collaborating with Branch Technology and Kawneer North America on prefabrication solutions for building facades.
3D Printing | Jan 12, 2022
Using 3D-printed molds to create unitized window forms
COOKFOX designer Pam Campbell and Gate Precast's Mo Wright discuss the use of 3D-printed molds from Oak Ridge National Lab to create unitized window panels for One South First, a residential-commercial high-rise in Brooklyn, N.Y.
Building Materials | Nov 29, 2021
Daltile expands its Unity Collection of porcelain tiles with a new color
Addition of "Taupe" gives Daltile's Unity Collection three warm and three cool colors.
Urban Planning | Nov 11, 2021
Reimagining the concrete and steel jungle, SOM sees buildings that absorb more carbon than they emit
The firm presented its case for a cleaner built environment during the Climate Change conference in Scotland.
Sustainability | Oct 28, 2021
Reducing embodied carbon in construction, with sustainability leader Sarah King
Sustainability leader Sarah King explains how developers and contractors can use the new EC3 software tool to reduce embodied carbon in their buildings.