Metal Framing Performance & Building Science

Acoustic performance is one of the most important and most misunderstood parts of multifamily and hotel construction. This guide explains how sound-rated wall and floor assemblies in cold-formed steel projects are selected, coordinated, and protected from common field mistakes.

Exterior wall assemblies in cold-formed steel projects are not just about picking materials. They are about sequencing, compatibility, tolerances, and making sure sheathing, WRB, insulation, openings, and cladding work together as one coordinated system. This guide explains where projects go wrong and how teams can make exterior walls easier to build, inspect, and finish.

Fire-rated wall assemblies are not just a code box to check. For developers, architects, and GCs using cold-formed steel framing, they affect detailing, coordination, inspections, and risk. This guide explains what comes from tested assemblies, what is project-specific, and where teams get into trouble.

Cold weather exposes the weaknesses of traditional framing methods. Panelized metal framing shifts critical work offsite, maintaining productivity, quality, and schedule even in winter conditions.

Cold-formed steel trusses are transforming how developers approach multifamily, mixed-use, and commercial framing. With increasing pressure to reduce schedule risk, labor dependency, and long-term maintenance costs, more teams are choosing steel over traditional wood trusses. This article explores why cold-formed steel trusses are becoming the new standard in 2026.

Should you choose wood framing or metal framing for your next project? This professional guide for architects explores how each system influences design flexibility, space planning, aesthetics, acoustics, fire resistance, energy efficiency, durability, and cost. From residential framing to commercial framing, learn the key architectural considerations that come with metal studs or traditional wood studs – and discover how an expert partner like Mainefactured Framing can help

Thermal bridging can compromise energy efficiency in steel framing—but it doesn’t have to. Discover proven strategies like continuous insulation and thermal breaks to create healthier, high-performance buildings.