Enclos Tensile Structures
Enclos Tensile Structures is an award-winning tensile structure specialty contractor
PFEIFER Structures is the leading single-source partner for innovative lightweight structures, building envelopes, and kinetic structures around the world. Our expertise starts with decades of experience in tensile structures including cables, tension rods, and membranes but does not end there. As pioneers in lightweight architecture, we consult, provide and install ambitious projects in any mater
Witness the transformation of the Intuit Dome! From the installation of the iconic PTFE mesh panels to the spectacular energy of opening night, this project is a testament to the power of collaboration and cutting-edge design. Watch as our team at ETS brings the tensile membrane facade to life, cladding the vibrant red diagrid structure with precision and care.
The final pan captures it all: an architectural masterpiece that celebrates movement, structure, and the fan experience.
We’re proud to have played a part in shaping this one-of-a-kind venue. Here’s to many more unforgettable moments at the Intuit Dome!
Learn more about this stunning project at ets-na.com/portfolio/intuit-dome
AECOM
Turner Construction Company
Walter P Moore
08/15/2024
Today marks the grand opening of the Intuit Dome, the new home of the L.A. Clippers, and we're thrilled to have played a pivotal role in bringing this iconic project to life!
At ETS, we delivered a comprehensive design-build solution that included the engineering, design, fabrication, and installation of the striking diagrid tensile membrane facade system that defines the Main Arena. The structure, adorned with diamond-shaped PTFE mesh panels and large PTFE laminate panels, creates an unforgettable visual impact, inspired by the motion of a basketball passing through a net.
But our work didn't stop there! We also constructed the Plaza Trellis, a shaded oasis featuring twisted PTFE sails, and the sleek Escalator Canopies, which guide fans as they enter and exit the West Garage under a single-skin ETFE canopy.
The Intuit Dome is more than just an arena; it's an experience. We're proud to have contributed to its dynamic exterior, enhancing the fan journey with the versatility and beauty of tensile membrane structures.
Learn more at ets-na.com/portfolio/intuit-dome
AECOM
Turner Construction Company
Walter P Moore
Why is our 'Base Plates Up' approach the best choice for tensile membrane structures? Hear it directly from our leaders at ETS. By controlling every aspect from the foundation to the cladding, we ensure efficiency and seamless coordination on-site.
"Our preference is to design the entire structure, from the base plates of the columns all the way up through the cladding system. It's important to do that from the standpoint of making sure the interface is correct, that the material and the structure match." - Garry Becker, Executive Vice President
Watch the video to learn more about how this approach eliminates risks and guarantees the best outcomes for our clients.
Learn more at ets-na.com
07/30/2024
The Bayside Church Canopy in Roseville, CA showcases ETS’s expertise in delivering turnkey design-build solutions to create spaces for gathering and community.
Our team collaborated closely with Bayside Church Granite Bay, Storyland Studios, and REEVE-KNIGHT CONSTRUCTION, INC. to bring this vision to life. The canopy features a 65’ wide by 133’ long PTFE-clad structure, supported by ten 14” diameter columns extending nearly 20’ above grade. The design includes integral downspouts, a steel-framed system, and provisions for video board signage, lighting, and more—all without field welding!
This project is a prime example of our “Base Plates Up” approach, ensuring seamless integration and superior craftsmanship.
For more details, visit our project page on our website: ets-na.com/portfolio/bayside-church
Join us as we delve into the complexities and benefits of our lightweight long-span projects. Featuring insights from our VP of Engineering, Steve Neidig, and our VP of Design Engineering, Ian Wright, explore the importance of tension components and precise coordination in tensile structures.
"You've got cables, you've got secondary steel, you've got cladding... How does the structure move? How does it deform under load? There’s a complexity to the full package that, if you separate, there's room for error." - Ian Wright (VP of Design Engineering)
Watch now to see how our integrated approach ensures every structure stands out and learn more at ets-na.com
At ETS, we believe that integrating the design and construction of both the skin and the structure is essential for optimized performance, efficiency, and structural integrity. Hear it from the experts:
✔️ Coordinated Engineering
"Coordinating engineering of tensile membranes with supporting structures is crucial for managing significant loads and ensuring stability." - Ian Wright (VP, Design Engineering)
✔️ Optimized Performance
"Having both designed and supplied together helps manage deflections effectively and ensures seamless interaction of forces." - Jeff Carpenter (Senior Project Engineer)
✔️ Efficient Process
"Designing the whole scope, including steel and fabric, keeps everything aligned and avoids complications." - Gary Henry (Design Manager)
✔️ Comprehensive Scope
"A full scope approach—from design to erection—gives us better control over quality and process, eliminating reliance on external entities." Steve Neidig (VP, Engineering)
Discover the ETS difference in action and see how integrated design delivers superior results. Explore more at ets-na.com
We're excited to share a behind-the-scenes look at our recent project at the UNI Dome in Cedar Falls, Iowa. Our team swiftly executed an impressive helicopter pick, showcasing our commitment to efficiency and precision.
Our crew completed 18 picks in just an hour and a half! The heaviest pick weighed in at 2,300 pounds, with a max capacity of 3,200 pounds for the helicopter.
We’ve been working with the UNI Dome team for years, performing inspections and planning for this crucial replacement. We always ensure the transition is as smooth as possible, even with the challenges of tight schedules around events and football season.
Check out the video to see our team in action and get a glimpse of what it takes to execute such a complex operation. We couldn't be more proud of our crew and the successful completion of this helicopter pick!
Learn more about our service work at ets-na.com/service
UNI Athletics
06/11/2024
Integrating the design and construction of both the skin and the structure is the key to achieving optimized performance, efficiency, and structural integrity. Here’s why this approach is best for your project:
✔️ Coordinated Engineering – Combining the tensile membrane with the supporting structure ensures all loads and deflections are accurately accounted for, preventing issues and ensuring structural stability.
✔️ Comprehensive Scope – Handling everything from "base plates up" or "pin in" allows us to control the entire process—design, fabrication, and erection—resulting in seamless integration and higher-quality outcomes.
✔️ Efficient Process – By managing both the skin and the structure, we eliminate the inefficiencies and potential errors that arise when these components are handled separately.
✔️ Optimized Performance – Our unified approach ensures that all elements work together harmoniously, providing better control and improved performance throughout the project's lifespan.
Integrating the skin and structure from the start ensures every component works in harmony, delivering superior results. Explore our latest projects to see the ETS difference in action at ets-na.com
05/23/2024
ETS is proud to showcase our work on Redmond Technology Station Pedestrian Bridge canopy. This impressive 1,100-foot long and 50-foot wide structure spans State Route 520, providing a safe, shaded path for pedestrians and cyclists. Featuring interconnected white PTFE canopies, the bridge includes a wide walking path, bike lanes, benches, and landscape planters. ETS provided design-assist services, integrating 110 tons of exposed structural steel, bolt-spliced rolled pipe sections, catenary cables, and innovative lighting details to ensure safety and aesthetic appeal.
Learn more about the project and discover how our tensile structures contribute to innovative infrastructure at ets-na.com/portfolio/redmond-technology-station-pedestrian-bridge
Read the Geekwire article at geekwire.com/2024/microsoft-and-partners-open-major-new-pedestrian-bridge-to-span-campus-and-transit-needs
City of Redmond, Washington -Government
TYLin
AECOM
Kiewit Corporation
Photos by Geekwire
At ETS, safety begins with design and extends beyond the build. This month, we highlight the rigorous safety standards integral to our work culture and every project phase.
From the outset, our designs are crafted to ensure secure and efficient environments for our teams. Our commitment is exemplified by our WORK SAFE HOME SAFE program, which infuses safety into our daily operations and strategic planning. At every meeting, a safety moment reminds us that this is more than protocol—it’s a priority.
On the ground, our project sites are models of preparedness. Our comprehensive construction methodologies, developed with our engineers and construction managers, prioritize safety from the design phase to construction. This ensures that every team member can work productively within a safe framework.
Learn more about how we champion the well-being of our teams and the integrity of our projects at ets-na.com
04/10/2024
The transformation of JMA Wireless Dome (formerly Carrier Dome) in Syracuse, New York is a testament to ETS's capability to deliver state-of-the-art structural solutions.
The task involved replacing the original 220-ton air-inflated roof with a sophisticated 260,000 sqft metal-fabric hybrid structure. The new design features a semi-translucent PTFE membrane, supported by an intricate arrangement of hybrid lock coil cable trusses and arching steel tubes. This design not only enhances the dome's visual appeal but also its structural resilience.
The transition from the old to the new roof commenced in March 2020, with the installation of the new system finalized just in time for Syracuse University's football season opener in September of the same year. This project timeline underscores ETS's commitment to efficiency and precision in project ex*****on.
Beyond its aesthetic and structural attributes, the new roof introduces significant operational efficiencies. The shift from an air-supported to a cable-net-supported structure eliminates the need for continuous air pressure, resulting in substantial energy and cost savings for the university. The PTFE membrane's semi-translucency introduces natural lighting to the stadium, reducing energy consumption even more.
The JMA Wireless Dome's roof is a beacon of sustainable and innovative design, reflecting ETS's dedication to pushing the boundaries of engineering and architectural design.
Learn more about the project at ets-na.com/portfolio/jma-wireless-dome-carrier-dome
Syracuse University
The Hayner Hoyt Corporation
This year marks the 5th anniversary of Allianz Field in Saint Paul, Minnesota. The 19,400-seat capacity soccer stadium is home to the city's Major League Soccer club, Minnesota United FC. The $250 million stadium was designed by the renowned sports architecture firm, Populous, with assistance from engineering firm Walter P Moore.
Allianz Field features a brilliantly simple design with a semi-translucent PTFE membrane facade that envelops its undulating steel frame. The completed building has a sleek, modern aesthetic that appears quite different from day to night.
ETS fabricated and installed the 93,540-square-foot tensile membrane facade around the stadium. Crafted from a specially developed PTFE material, this innovative membrane reflects sunlight, giving the facade a silver appearance during the day, and becomes semi-translucent in the evening. Integral to this design is a steel support structure embedded with 1,700 computer-controlled LED lights, capable of producing vibrant light shows that enhance the stadium's modern aesthetic.
As we reflect on this milestone, we thank our partners and the dedicated team at ETS for their commitment to excellence. We look forward to bringing more visionary projects to life in the future✨
Learn more about the project at ets-na.com/portfolio/semi-translucent-ptfe-membrane-facade
Owner Minnesota United FC
General Contractor Mortenson
Architect Populous
Structural Engineer Walter P Moore
Photo Credit: James Ewing / JBSA@
02/20/2024
Located in the heart of Atlanta, at the transportation hub for the Georgia World Congress Center, this canopy is a stunning 21,000 sqft PTFE and AESS structure.
As a central hub for the complex, the canopy isn't just functional; it's a progressive and eye-catching structure. The ETS team delivered a comprehensive design-build solution that balanced cost-effectiveness with aesthetic appeal and durability.
The choice of PTFE membrane is ideal for long-clear span structures like this canopy, offering over 30 years of life expectancy. Its translucent nature ensures just the right amount of light diffusion, reducing solar gain while providing a pleasantly lit and shaded area for users – a welcome feature in Atlanta's hot and sunny climate.
We're proud to have played a key role in enhancing the Georgia World Congress Center's infrastructure, ensuring a comfortable and aesthetic transit experience.
Learn more about the project at ets-na.com/portfolio/transit-canopy-at-georgia-world-congress-center
Owner: Georgia World Congress Center Authority
Architect: Gensler
Engineer: Walter P Moore
GC: Holder Construction
The Winship Cancer Institute at Emory Midtown proudly welcomes guests under a vast canopy measuring 124′ x 175′ and with a stunning 95’ Oculus opening. This architectural marvel not only has aesthetic appeal but also serves as a functional shelter. It dramatically casts light upon a DNA double helix sculpture by Atlanta artist Martin Dawe, symbolizing the core of life sciences.
ETS provided design-assist services for the engineering of this PTFE membrane structure centered around an impressive oculus. The entrance canopy is supported by a series of low-profile arching trusses. Each truss is bolt-spliced together on-site and spans the 124’ opening, creating the Oculus opening with slope-profiled faces. Four large tensioned PTFE panels clad the top, while a louvered wood slat soffit by others clad the underside. At the Oculus ring, 128 segmented and trapezoidal clear anodized metal panels clad the sloped faces between the 83’ diameter lower ring and the 95’ diameter upper ring. ETS's involvement ensured a cost-effective, long-lasting solution that aligned with the budget goals and replaced the original glazed entrance canopy design.
This canopy is not just a structure; it's a symbol of hope and innovation, welcoming patients and visitors to the Winship Cancer Institute. It blends artistic beauty with practical functionality, standing as a beacon of excellence in healthcare infrastructure.
ETS is proud to contribute to such meaningful projects that combine art, science, and engineering. We look forward to continuing our journey of transforming spaces with innovative structures.
Learn more about the project at ets-na.com/portfolio/emory-universitys-winship-cancer-center-entrance-canopy
Owner: Winship Cancer Institute of Emory University
Architect & Engineer: Skidmore, Owings & Merrill
GC: Batson-Cook Construction
Artist: Cherrylion Studios
12/27/2023
🎉 Celebrating 5 Years! It's been half a decade since we unveiled the 24,750 square-foot grandstand PTFE membrane canopy structure that transformed the fan experience at the National Soccer Hall of Fame, Toyota Stadium in Frisco, Texas. Covering nearly 3,000 premium seats, the architectural feature was made possible through the exceptional teamwork of ETS, Manhattan Construction Group, and HKS Architects. We're proud to have played a part in enhancing this iconic stadium's ambiance, providing shade and comfort to thousands of fans while elevating the overall atmosphere.
The renovation was a public-private partnership among FC Dallas, the City of Frisco TX - City Hall, Frisco Independent School District, and the U.S. Soccer Federation. Thank you to everyone who made this project a reality, and here's to many more years of unforgettable moments at Toyota Stadium!
Learn more about the project at ets-na.com/portfolio/toyota-stadium-renovation
12/06/2023
Engineered to support more than 30 psf of snow load, this 86,000 sf PTFE canopy at Rochester International Airport is a fast-tracked design-build project containing 900+ tons of AESS. This canopy was built in under 15 months to provide weather protection for the arrival and departing curbside passenger areas. This colorful project is a beautiful example of how PTFE can be used as a canvas for dynamic lighting displays.
Learn more about the Greater Rochester International Airport project at https://ets-na.com/portfolio/greater-rochester-international-airport/
Monroe County, NY
Passero Associates
11/21/2023
We are thrilled to announce that SoFi Stadium was named the 2023 Silver Award Winner for Outstanding Civil Engineering Achievement (OCEA) by the American Society of Civil Engineers.
SoFi Staidum "boasts the world's longest cable-net structure with a single-layer ethylene tetrafluoroethylene [ETFE] roof system, coming in at five times the size of any past project. Thanks to the first large-scale application of triple-pendulum seismic isolators in a long-span structure, the lightweight roof and its supporting structure respond independently, bolstering safety." https://www.asce.org/career-growth/awards-and-honors/outstanding-civil-engineering-achievement-award/outstanding-civil-engineering-achievement-award-past-award-winners
Congratulations to the project team on this iconic stadium!
Hollywood Park CA
Turner Construction Company
AECOM Hunt
HKS Architects
Walter P Moore
Outstanding Civil Engineering Achievement (OCEA) Award Past Award Winners Winners of the Outstanding Civil Engineering Achievement (OCEA) Award.
We are approaching one year as Enclos Tensile Structures (ETS)! Last December, ETS acquired PFEIFER Structures America, LLC (formerly FabriTec Structures) as part of Enclos' strategy to provide the most comprehensive custom building envelope solutions to owners, architects, engineers, and general contractors. The growing demand for tensile membrane structures, and ETFE and PTFE skins in particular, represents an exciting opportunity for lightweight transparency.
For over three decades, the ETS team has pioneered the construction of innovative tensile membrane structures, screen facades, cable structures, and building envelopes. Please join us in celebrating this significant milestone in our company's history!
11/02/2023
What are the advantages of tensile membranes vs metal mesh? Our LEARN article breaks down the top advantages, including cost savings and design possibilities. Read the full article at https://hubs.ly/Q025_htw0
10/24/2023
We are hiring! Are you ready to build an exciting future with us? As a part of our team, you'll have the chance to work on iconic facades and tensile structures using the industry's leading tools and advanced processes in a dynamic environment where every day presents new opportunities and challenges.
The Enclos Family of Companies believes in building not only the finest building enclosures, but also the careers of our employees. We are committed to fostering a collaborative environment where your ideas are valued and your growth is nurtured. Here are just a few reasons to consider joining our team:
✅ Access to cutting-edge technology
✅ Collaborate with industry experts and creative minds
✅ Work on prestigious projects that redefine urban landscapes
✅ Continuous professional development and training opportunities
✅ Competitive compensation and benefits package
Join us in creating a future that combines creativity, innovation, and passion for excellence. Use the links in our bio to apply today!
Opportunities at Enclos: https://hubs.ly/Q025_xmT0
Opportunities at Enclos Tensile Structures (ETS): https://hubs.ly/Q025_kGQ0
Job Openings – Enclos Job Openings Search for a job: Browse through all jobs (9) Associate Engineer Department: Engineering Close Date: 12/31/2023 Full Time $50000 - $60000 per year Eagan, Minnesota, United States - 55121 Construction Project Management Internship Department: Operations Close Date: 12/31/2023 Intern $20....
10/17/2023
Need an AIA CEU credit? Take our course “The Health, Safety, and Welfare of Structural Glass Systems” today at https://continuingeducation.bnpmedia.com/courses/enclos-tensile-structures/the-health-safety-and-welfare-of-structural-glass-systems/
The course explores the materials, performance, form factors, applications, performance, safety, and implementation of structural glazing.
10/10/2023
Enjoy a day in the shade in Reno Nevada at the Glow Plaza under the PTFE Tensile Canopy Structure turnkey Design built by the team at ETS
https://hubs.ly/Q023t8_d0
10/05/2023
Get a free consultation today for a covered walkway to provide some shade for your property before the next unbearably hot summer. Visit us at https://hubs.ly/Q020SrwN0
Course Description: Anatomy of a Tension Structure explores innovative architectural solutions using tension membrane structures.
Learning Objectives:
• Discover what materials are available for architectural membranes.
• Examine the benefits of membrane architecture.
• Look at the phases of architecture and when to incorporate membrane design.
• Recognize design build construction and how to optimize membrane structures.
09/21/2023
The Las Vegas Raiders open Allegiant Stadium for the 2023-2024 season this Sunday when the Pittsburgh Steelers come to town for a classic matchup in a cutting-edge building. The stadium features large kinetic glass walls which can open and provide ventaliation and views of the Las Vegas Strip. Learn about how ETS can assist with your complex and large kinetic challenges at https://hubs.ly/Q020S3nk0
09/12/2023
Who is ready for NFL Football? The Los Angeles Rams welcome the San Fransisco 49ers to SoFi Stadium for the home opener of the 2023-2024 NFL season this Sunday. SoFi stadium's MASSIVE ETFE Roof is the largest in the world, with almost 1 million square feet of material! The cable net supported roof also has mechanical vents which open to encourage air circulation. Be sure to see it at night as well as its roof will be lit with one of the largest LED arrays in the world. Learn all about the stadium at https://hubs.ly/Q020Z9mD0
09/07/2023
Enclos Tensile Structures specializes in lightweight structures that make people say, “Wow!” When people see Allianz Field, or BC Place Stadium, or Oceanus Casino, they ask, “How is that made? How can I make a structure look like that?” These structures utilize tension membranes as a building envelope. These can be in the form of fabric, fabric mesh, or ETFE foil. In order to provide an understanding of what a building envelope is, how it’s made, and what uses it has, Enclos will be providing a Q&A on building envelopes.
Enclos Tensile Structures answers all of your questions about building envelopes, including questions about materials and applications. Read our Learn article “What Is A Building Envelope?” here: https://hubs.ly/Q020RWQg0
09/04/2023
Happy Labor Day from ETS 🇺🇸 Today, we celebrate the hard work and dedication of all the incredible individuals who contribute to the construction industry. We understand and appreciate the importance of teamwork and craftsmanship in constructing the world's finest buildings.
Our team takes pride in every project we undertake and Labor Day is a reminder of the incredible effort we put into our work. We are grateful for the opportunity to collaborate with talented architects, builders, and designers.
To all our amazing employees and partners, thank you for your unwavering commitment and tireless efforts. We wish everyone a well-deserved break and a day filled with relaxation and appreciation.
08/31/2023
Do you need HSW AIA Continuing Education credits? Take Enclos Tensile Structures’ Structural Glazing course: “The Health, Safety, and Welfare of Structural Glass Systems” today! https://hubs.ly/Q01_lT8d0
08/24/2023
Lightweight fabric screening systems from Enclos Tensile Structures provide architects and developers with a cost-effective solution of transforming the appearance of a building or parking structure. Learn more about the possibilities at https://hubs.ly/Q01_lWD80
Click here to claim your Sponsored Listing.
Our Story
FabriTec Structures is an award-winning lightweight structures contractor specializing in the design and construction of complex cable and custom tensile membrane structures, and building envelopes.
Having built some of the most iconic tensile membrane structures around the world, FabriTec Structures is progressively advancing the industry into the 21st century.
FabriTec Structures builds tensile membrane structures that range vastly in scope and service from massive stadiums and amphitheaters to building entryways and covered. Our core designs include mast supported, arch and frame supported, and point supported fabric structures. We design and develop our fabric structures from an assortment of highly engineered membrane materials including ETFE foil, PTFE, and PVC fabrics. Our support structures are forged from cold-formed carbon steel, and include specially designed cables and fittings – all manufactured in-house.
FabriTec is equally adept at, and has a long history of, developing tensile structure projects in both design-build and design-assist roles. We’ve been fortunate to work with, and learn from, the best architects, developers, and contractors in the construction industry.
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1420 West Mockingbird Lane, Suite 650
Dallas, TX
75247
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