Building Material

In modern building construction, the building envelope must manage thermal performance, air leakage, moisture migration, and long-term durability as an integrated system. Among the materials that deliver on all these fronts, spray polyurethane foam insulation stands out as a dual-purpose solution that insulates and seals simultaneously. Specifiers and contractors who understand its chemistry, application requirements, […]

Why Below-Grade Insulation Matters for Building Energy Performance Foundation walls and basement assemblies are among the most overlooked pathways for heat loss in commercial and residential buildings. While above-grade walls, roofs, and windows receive rigorous attention in energy modeling and code compliance, the below-grade envelope often gets specified with default assumptions rather than performance-driven analysis.

Over the past two decades, roof design and construction have evolved from straightforward waterproofing into a sophisticated discipline grounded in building science. Modern roofing systems must manage not only precipitation but also thermal transfer, air movement, and vapor migration across the building envelope. Understanding how roofing barriers, vapor retarders, air barriers, and insulation work together

High-performance coatings have evolved far beyond simple paint finishes. In modern building construction, smart coating systems are engineered to deliver corrosion resistance, fire protection, chemical durability, and accelerated construction schedules through offsite prefabrication. These material systems play a critical role in protecting structural steel, building envelopes, interior finishes, and sensitive building zones from environmental exposure

Spray polyurethane foam (SPF) has become one of the most specified insulation materials in modern building construction, prized for its high R-value per inch, air-sealing capability, and moisture management properties. Despite its widespread use, misunderstandings about SPF chemistry, application requirements, and long-term performance persist among building professionals. This article provides a technical refresher on spray

The emergence of mass timber as a primary structural system in campus architecture represents one of the most significant material shifts in educational building design in decades. Projects such as Studio Gang’s new building at the California College of the Arts (CCA) in San Francisco demonstrate how exposed cross-laminated timber (CLT) and glued-laminated timber (glulam)

LED lighting has become one of the most consequential specification categories in modern building construction. Nowhere is this more evident than in parking structure projects, where lighting must accommodate vehicular and pedestrian traffic, endure harsh operating environments, and address critical public safety considerations. The recent completion of the Sam Houston State University College of Osteopathic

Assessing Existing Masonry Before Overcladding Before specifying any overcladding system, the existing masonry must be thoroughly evaluated. Overcladding involves installing a new facade layer over the existing wall assembly, and the original masonry must have sufficient structural capacity to support the added loads from new cladding, sub-framing, and insulation. A comprehensive assessment identifies hidden deterioration,