Purple hues and a unique design element help the new Cal Community Center shine
November 26, 2025
To design a space conducive for play and exercise, the project team knew the facility’s interior must deliver abundant access to beneficial natural light.
Architects and engineers can now confidently specify ProChannel Ci for projects that require fire-tested, code-compliant façade assemblies
November 17, 2025
ClarkDietrich’s ProChannel Ci cladding support system has met NFPA 285 testing standards and has been approved for use in NFPA 285-compliant wall assemblies for Types I–IV construction.
Submissions consist of design details, project photography, and videos of projects featuring NanaWall products, which were reviewed by judges who selected a shortlist of 86 projects
November 6, 2025
NanaWall announced the 2025 winners of the NanaAwards Project and Design Competition. Celebrating the outstanding achievements of architects, designers, and building professionals across the commercial and residential sectors.
Construction Specialties now offers a complete fire barrier system that accommodates small expansion joint configuration
August 7, 2025
With new product introductions for spring, Construction Specialties (CS) now offers a complete fire barrier system that accommodates small expansion joint configuration.
Designed by BHM Architects, the new C.W. Williams Community Health Center uses Echelon Masonry’s Aria Slim masonry in Ground Face Granite and Texture Face Alabaster to deliver a design that balances a modern aesthetic with quiet resilience, living up to the center’s role as a pillar of the community.
Built on a constrained site between the Hudson and Harlem Rivers, the new center replaces an aging structure within the university’s Baker Athletics Complex and reflects Columbia’s broader commitment to resilient, high-performance design in the face of evolving urban and environmental challenges.
The NanaWall 647/847 Folding Glass Walls, designed specifically for mid and high-rise buildings. This wall system is thermally broken and engineered to meet higher windload requirements of taller buildings.