Fiber Cement

The renovation of the Bio+Tech Six building, home to the Division of Consolidated Lab Services (DCLS) and multiple VDACS labs, features Swisspearl HDFC panels supported by ECO Cladding’s engineered attachment system. Designed by FPW Architects, the project presented unique challenges due to the building’s reverse ventilation system and critical operational requirements. ECO Cladding’s adjustable subframing enabled precise installation of the high-performance façade while maintaining thermal efficiency and accommodating complex mechanical needs. The result is a modernized, durable exterior for a facility that plays a vital role in public health, food safety, and emergency response across Virginia and the mid-Atlantic region.

The Temple Sinai addition in Washington, DC, reflects a seamless blend of historic preservation and contemporary design. As part of the expansion of this landmark synagogue, the design team emphasized durability, aesthetics, and performance to complement the existing architecture while delivering a modern identity.

BFM Architects of Maryland specified Swisspearl high-density fiber cement (HDFC) panels for the facade, chosen for their refined finish, longevity, and sustainable characteristics. The panels were installed over ECO Cladding’s Hci.10 attachment system, providing a thermally efficient and structurally robust subframe. This combination allowed for a clean, modern rainscreen design that integrates harmoniously with the synagogue’s historic context.

The addition not only enhances the visual presence of Temple Sinai but also supports the congregation’s long-term mission by ensuring a low-maintenance, high-performance building envelope. The project demonstrates the successful collaboration of innovative materials, thoughtful design, and precise installation in a sensitive architectural setting.

At the UT Health Science Center in Houston, TX, a bold geometric design by Perkins+Will – Dallas pushes the limits of rainscreen architecture. Featuring Swisspearl HDFC fiber cement panels, the façade showcases sloping planes and deep reveals that required complex, multi-angle installation. ECO Cladding’s Vci.10 and Hci.11 sub-framing systems were key to achieving the design’s technical demands, offering the strength and adaptability needed for the varied depths and backward-sloping panels. The result is a dynamic, high-performance envelope that sets a new standard for architectural and sustainable excellence.

Six11 (611 E University Ave, Ann Arbor) is a striking 13-story student housing tower designed by WDG Architecture just steps from the University of Michigan campus. The contemporary façade features Swisspearl HDFC fiber cement panels in sophisticated grey tones at street level, transitioning into rich brick above—both systems expertly supported by ECO Cladding’s adjustable rainscreen attachment solution. ECO’s engineered system ensured seamless integration of materials, offering thermal efficiency and long-lasting durability to meet university housing standards. This high-profile development showcases how ECO Cladding enhances architectural design while delivering performance and aesthetic excellence.

Part of the larger Armature Works redevelopment in Washington, DC’s NoMa district, The Marrow Hotel brings refined hospitality to a reimagined industrial site. Designed by Shalom Baranes Associates Architects, the project sits atop a shared podium structure that elevates it above the adjacent Amtrak rail lines. The façade features Swisspearl HDFC panels, supported by ECO Cladding subframing and distributed through Cladding Corp, delivering a high-performance, visually striking rainscreen envelope. The hotel contributes to the area’s transformation with active ground-floor retail, rooftop amenities, and proximity to a future pedestrian tunnel linking directly to the NoMa/Gallaudet Metro station.

Located at 1000 South Capitol Street SE in Washington, DC, this luxury condominium project showcases the performance and versatility of ECO Cladding’s adjustable rainscreen systems. Designed by Shalom Baranes Associates, a leading architectural firm renowned for sophisticated rainscreen applications, the building incorporates both Swisspearl HDFC fiber cement panels and ACM to achieve a sleek, modern façade. ECO Cladding’s engineered subframing provided the necessary adjustability and structural support to accommodate multiple cladding materials across complex elevations. This project exemplifies how ECO’s systems enable design freedom while meeting the highest standards for durability, thermal performance, and long-term value.

Led by The Hartford School Building Committee and designed by The SLAM Collaborative, this transformative renovation project brings new life to an important community school. The reclad design features 52,000 square feet of Swisspearl high-density fiber cement (HDFC) panels and 20,000 square feet of metal panels, all installed in a high-performance rainscreen application. Distributed by Cladding Corp and supported by ECO Cladding systems, the new façade delivers both durability and modern aesthetics. This renovation stands as a testament to Hartford’s investment in educational excellence, creating an inspiring and resilient learning environment for generations to come.

The Emil & Grace Shihadeh Innovation Center, a 54,000-square-foot facility at Handley High School in Winchester, VA was designed by VMDO in partnership with Reader + Swartz Architects. 

The design emphasizes high-visibility work labs and dynamic collaboration spaces, while prioritizing sustainability with features such as natural daylighting and healthy materials. 

The exterior renovation of the existing brick school incorporates Swisspearl's high-density fiber cement panels, a mix of red Swisspearl slat panels, dark grey large panels, and wood slats in a rainscreen application with ECO Cladding’s economical visible-fastened Hci.10 System. The design team was committed to providing a fully engineered system (both C.I. Subframing and Panel Subframing) in which the entire wall is engineered to accommodate project wind loads, seismic loads, building slab-to-slab deflections, and thermal movements of materials.

The project, a joint venture with Laurel Ridge Community College and local industry partners, aims to enhance workforce readiness for high school students and community members, fostering innovation and collaboration.