HPL Phenolic

The Child Development Center at College of the Desert in Palm Desert, CA is a state-of-the-art 10,000-square-foot facility dedicated to training the next generation of childcare professionals. Designed with sustainability and desert climate resilience in mind, the project achieved LEED Gold Certification with 70 points.

ECO Cladding’s subframing system supports durable HPL panels by Fundermax, contributing to the building’s high-performance envelope and passive solar strategies. The design incorporates deep overhangs, skylights, natural ventilation, and low-emitting materials to create a healthy, efficient, and inspiring learning environment.

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Designed by Flansburgh Architects, the new Center Elementary School in Tewksbury emphasizes connection—both within the learning environment and with the broader community. Featuring a distinctive curved entrance, outdoor classrooms, and a shared plaza, the design fosters collaboration and engagement.

ECO Cladding systems support a mix of ACM and HPL panels, delivering a high-performance façade with dynamic architectural expression suited for modern education.

The Olsen Family Patient Care Pavilion at Deborah Heart and Lung Center in Browns Mills, NJ, marks a significant step forward in delivering state-of-the-art cardiovascular care. Designed by EwingCole, the three-story vertical expansion and interior renovation modernize the hospital’s infrastructure while maintaining a focus on patient comfort and flexibility. The new addition includes 36 private, universally adaptable inpatient rooms and a mechanical floor to support advanced clinical functions, expanding the hospital’s capacity to 95 single-occupancy rooms.

ECO Cladding provided the subframing support for a high-performance rainscreen system utilizing metal panels and Fundermax HPL panels, enhancing the building’s energy efficiency and architectural appeal.

This new San Diego County Fire Station represents the first in a series of sustainable public safety buildings, combining new construction and renovations, all targeting net zero emissions and embodied carbon reduction.

The architect and county selected Fundermax Max Compact Exterior Panels with ECO Cladding’s engineered attachment system to achieve both high-performance durability and aesthetic appeal. The panels’ strong environmental profile played a key role in helping the project achieve LEED Gold Certification and a 30% reduction in embodied carbon. In addition to the rainscreen façade and soffits, Fundermax provided custom digital printing services to create a striking fire station logo and a mural celebrating the region’s unique climate and landscape.

The Food Bank of Delaware’s new facility in Milford features 10,000/sf of Parklex HPL panels supported by ECO Cladding’s engineered attachment system. Designed by Becker Morgan Group, the project emphasizes both durability and modern aesthetics, aligning with the mission of delivering community-focused services in a welcoming, high-performance environment. ECO Cladding’s subframing was selected to meet rainscreen best practices, ensuring thermal performance, structural reliability, and code compliance. The natural wood finish of the Parklex panels delivers a warm, contemporary appearance while maintaining low maintenance requirements. This project demonstrates the synergy of sustainable design and practical function in a vital community resource.

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Located in Framingham, Massachusetts, the new Fuller Middle School showcases 6,700 square feet of Trespa HPL panels installed using ECO Cladding’s engineered rainscreen subframing system. Designed by Jonathan Levi Architects, the project blends educational functionality with a vibrant and durable facade solution.

ECO Cladding’s system provided the flexibility and structural integrity needed for Trespa’s dense panels while supporting the school’s energy performance goals. The high-pressure laminate panels contribute to a dynamic exterior, reflecting the school’s modern learning environment. This installation is a strong example of performance-driven rainscreen design in a public school setting.

At 111 Massachusetts Avenue in Washington, D.C., Georgetown University’s new facility features a dynamic façade that combines Fundermax HPL panels and metal panels, all supported by ECO Cladding’s engineered attachment systems. Designed by SmithGroup, the project reflects a forward-thinking approach to urban campus design with a focus on performance and aesthetics.

ECO Cladding provided subframing solutions that ensured code compliance, thermal performance, and seamless integration between the two cladding materials. The Fundermax panels contribute warmth and texture, while the metal panels add sleek contrast, creating a modern, high-performance envelope. This project showcases ECO Cladding’s versatility in mixed-material façades.

The Georgia Tech Glenn and Towers Residence Halls renovation features 38,000 square feet of Fundermax HPL panels installed using ECO Cladding’s engineered attachment systems. Designed by VMDO Architects of Charlottesville, the project reimagines student housing with a bold, modern façade that enhances both performance and aesthetics.

ECO Cladding’s subframing was critical in supporting the dense HPL panels while meeting rainscreen best practices and Georgia’s strict energy codes. The result is a durable, thermally efficient envelope that elevates the campus environment. This project highlights ECO Cladding’s strength in large-scale higher education applications.

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Designed by STUDIOS Architecture, the McCormick Spice Headquarters features a modern façade blending natural materials with high-performance design.

ECO Cladding provided engineered subframing systems to support HPL panels by Parklex and Terra5 terracotta, delivering a durable and thermally efficient rainscreen envelope that reflects McCormick’s commitment to innovation and sustainability.

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Designed by Antinozzi Associates, the new and renovated New London High School campus creates a modern learning environment tailored to the district’s academic vision and student needs.

ECO Cladding provided subframing support for HPL panels, delivering a durable and thermally efficient rainscreen system that complements the school’s updated design and long-term performance goals.

Read more from the Architect here.