Fiber Concrete / UHPC

Fiber Concrete Panels
Preferred Partners: 

Material Overview:

Ultra high performance concrete (UHPC) is somewhat “new” to the façade rainscreen marketplace.  Taking advantage of various manufacturing approaches, there are a variety of UHPC or fiber concrete panels available.  The ability to achieve large format sizes, as well as a large range of finishes and custom capabilities, has quickly allowed fiber concrete panels to become very popular within the rainscreen design community.  

Design Considerations:

Fiber Concrete is produced in sheets or molds and then fabricated into finished panels.  Because of the manufacturing approach, fiber cement is often used as a material with “depth” and texture.  Panels often vary in color within individual panels.  Off-fall of material is a key design and fabrication consideration, so as to maximize the panel’s yield.  Both concealed and exposed, color-matched rivet systems are available.  Since many of the fiber concrete projects have strong visual texture, it is more common to select a concealed anchoring system.

United States Holocaust Memorial - Washington, DC

ECO Cladding partnered with SmithGroup to provide a precision-engineered attachment system for TAKTL ultra-high performance concrete (UHPC) panels on the United States Holocaust Memorial Museum’s Collections and Conservation Center. Located in suburban Maryland, the facility demanded a façade system that balanced security, durability, and understated elegance. ECO’s subframing ensured proper panel alignment and long-term performance, supporting the mission-critical nature of the structure, which houses and preserves the Museum’s irreplaceable archives and artifacts.

University of Iowa Seamans Center

ECO Cladding collaborated with BNIM Architects to provide a high-performance subframing system for the University of Iowa’s Seamans Center expansion. The project utilized ultra-high performance concrete (UHPC) panels by TAKTL, chosen for their durability, precision, and sleek aesthetic. ECO’s engineered attachment system ensured proper support, alignment, and ventilation behind the dense TAKTL panels, while meeting the building’s thermal and structural performance requirements. The result is a modern façade that reflects the innovation and engineering excellence of the academic programs housed within.

Beacon High School - New York, NY

Located in the heart of New York City, Beacon High School is a magnet school designed by John Ciardullo Associates that stands at the forefront of innovative façade design. As one of the first projects in NYC to incorporate ultra-high-performance concrete (UHPC) panels, the school features 56,000 square feet of TATKL UHPC cladding. Supported by ECO Cladding’s engineered subframing systems, the façade delivers exceptional durability, thermal performance, and modern aesthetics. This pioneering use of UHPC in an educational setting reflects the school’s progressive mission and sets a new standard for urban academic architecture.

Cabarrus County Courthouse - Concord, NC

Designed by Selling Architects, the Cabarrus County Courthouse addition in Concord, North Carolina reflects a deep respect for the historic significance of the courthouse campus while addressing the needs of a growing community. The project features 30,000 square feet of TAKTL ultra-high-performance concrete (UHPC) panels, installed using ECO Cladding’s Vci.40 concealed attachment system for a sleek, modern aesthetic. A key element of the design is the transformation of Means Avenue into a vibrant urban plaza - repurposing a former one-way street into a welcoming civic space for public gathering. The result is an iconic addition that strengthens the cultural and functional heart of the community.

Hci.11 System Use Caes

Wall Type: 
Stud
Cladding Materials: 
Fiber Cement
Fiber Concrete / UHPC
HPL Phenolic
Attachment Types: 
Exposed
ExposedRivet

Hci.10 System Use Cae

Wall Type: 
Concrete
Stud
Cladding Materials: 
Fiber Cement
Fiber Concrete / UHPC
HPL Phenolic
Attachment Types: 
Exposed
ExposedRivet

Vci 10 Fiber Concrete / UHPC

Cladding Materials: 
Fiber Concrete / UHPC

Vci 10 Use Case

Cladding Materials: 
Fiber Cement
Fiber Concrete / UHPC

A1.40 Concrete 3

Wall Type: 
Concrete
Cladding Materials: 
Fiber Concrete / UHPC
Attachment Types: 
Concealed

A1.40 Stud 3

Wall Type: 
Stud
Cladding Materials: 
Fiber Concrete / UHPC
Attachment Types: 
Concealed

AVAILABLE SYSTEMS

Sigma Vci.10 Stainless Steel Cladding Support System

Sigma Vci.10 System

Panel sub-framing system with stainless steel Sigma wall brackets for visible rivet attachment for fiber cement, HPL, or fiber concrete panels. Rivet attachment guarantees high pull-out values and ease of installation.

Sigma Vci.40 Stainless Steel Cladding Support System

Sigma Vci.40 System

Panel sub-framing system with stainless steel Sigma wall brackets for panel attachment with concealed, undercut anchors for cement composite, ceramic, stone, HPL, and fiber concrete panels.

Sigma Hci.10 Stainless Steel Cladding Support System

Sigma Hci.10 System

Panel sub-framing system with stainless steel Sigma wall brackets for visible rivet attachment for fiber cement, HPL, or fiber concrete panels. Rivet attachment guarantees high pull-out values and ease of installation.

Sigma Hci.11 Stainless Steel Cladding Support System

Sigma Hci.11 System

Panel Subframing system that offers visible rivet fixing for fiber cement, HPL, or fiber concrete panels. Rivet attachment guarantees high pull-out values and ease of installation.

Alpha Eci.11 Rainscreen System

Alpha Eci.11 System

Panel Subframing system that offers visible rivet fixing for fiber cement, HPL, or fiber concrete panels using our Alpha E edge-to-edge wall bracket. Large spans can be achieved due to a solid supporting beam recess. Rivet attachment guarantees high pull-out values and ease of installation.

Alpha Eci.40 System

Alpha Eci.40 System

Panel Subframing system that offers panel attachment using concealed, undercut anchors for cement composite, ceramic, stone, HPL, and fiber concrete panels using our Alpha E edge-to-edge wall bracket. Large spans can be achieved due to a solid supporting beam recess.

Recent Projects

ECO Cladding partnered with SmithGroup to provide a precision-engineered attachment system for ...Read More
ECO Cladding collaborated with BNIM Architects to provide a high-performance subframing system for ...Read More
Located in the heart of New York City, Beacon High School is a magnet school designed by John ...Read More
Designed by Selling Architects, the Cabarrus County Courthouse addition in Concord, North Carolina ...Read More
Designed by Urbahn Architects, installation on the state-of-the-art Lehman College Nursing ...Read More
The Capital One Campus in Tysons Corner, VA, designed by HGA Architects in collaboration with ...Read More
Lead designer David Adjaye and lead architect Philip Freelon, together with their architectural ...Read More
Children’s Aid College Prep Charter School (CACPCS) provides students with rigorous core ...Read More
Quinn Evans (BCWH) Architects has a reputation for designing cutting-edge library spaces and Libbie ...Read More
The green Hourglass Field House Facility in San Diego is a high-performance, state-of-the-art ...Read More
Spector Group Architects of NYC used a Vci.40 ECO Cladding attachment system for their ...Read More
Group Goetz Architects implemented a modern upgrade and reclad to the entrance of 2131 K ...Read More
RMKM Architecture of Albuquerque designed the beautiful UNM Cancer Research Center which is  ...Read More
The eye-catching Sagaponack House designed by Selldorf Architects of New York City, used ...Read More