Building Material

Steel curtain walls have transformed the way building envelopes are designed, engineered, and constructed. Unlike traditional load bearing facades, these non-structural cladding systems transfer wind loads and gravity forces to the building structure through discrete connections, allowing architects to create expansive glazed surfaces that define the visual identity of contemporary buildings. For building professionals involved […]

Contemporary office architecture is increasingly turning to heritage screened forms as a source of design inspiration. Elements such as the mashrabiya lattice, the brise-soleil, perforated terracotta screens, and carved stone grilles that once defined vernacular architecture across the Middle East, Mediterranean, and South Asia are being reinterpreted in modern workplace facades. These forms regulate solar

A building facade is far more than the face a structure presents to the world. It is the primary interface between interior occupied spaces and the external environment, governing thermal performance, daylight admission, acoustic comfort, moisture management, and aesthetic identity. For building professionals, understanding the full spectrum of facade options, from traditional masonry to advanced

When an earthquake strikes, the most immediate threat inside a building is often not structural collapse but flying glass. Glazing failure accounts for a significant proportion of injuries, property damage, and post-earthquake water infiltration. Modern earthquake-ready glazing systems address this vulnerability through engineered frames, specialized laminates, and clearance gaps that allow buildings to sway without

Steel curtain walls form the backbone of countless modern building facades, yet their design, performance characteristics, and installation requirements are often misunderstood by building professionals. While aluminum dominates the curtain wall market in commercial construction, steel curtain wall systems offer distinct advantages in thermal movement control, structural span capacity, and fire resistance that make them

Air barrier tie-ins are the most performance-critical connections in any building envelope. While the field area of an air barrier membrane may cover thousands of square feet, the perimeter tie-ins at foundation walls, window openings, roof intersections, and penetrations are where continuity is most often compromised. The question every specifier and contractor should ask is

The Coverings 2026 tile trends report has identified texture as the defining characteristic of contemporary ceramic and porcelain tile design. Released on National Tile Day, February 23, 2026, the report outlines ten distinct trends that reflect a broader shift toward tactile surfaces, material honesty, and advanced manufacturing technologies. For building professionals involved in specifying finishes,

Adaptive reuse projects are transforming the way building professionals approach construction in dense urban environments. Rather than demolishing aging structures and starting from a cleared site, adaptive reuse retains the embodied carbon, historical character, and structural fabric of existing buildings while upgrading their performance to meet modern standards. The Princeton Temple adaptive reuse conversion from

Curtain wall systems define the visual identity and environmental performance of modern buildings. These non-structural cladding assemblies carry their own weight from floor to floor while protecting interiors from wind, rain, and thermal extremes. From low-rise commercial projects to supertall towers, the choice between unitized, stick-built, and hybrid systems affects construction schedules, thermal performance, and

Fiber-reinforced polymer (FRP) is emerging as a transformative material in curtain wall system design, offering building professionals a compelling alternative to traditional aluminum, steel, and glass facade assemblies. As architects and specifiers seek lighter, corrosion-resistant, and thermally efficient envelope solutions, FRP curtain wall systems are gaining traction across commercial, institutional, and high-rise residential projects. This