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Metal Framing Performance & Building Science

Cold-formed steel trusses stacked and assembled at a jobsite before installation, showing prefabricated roof and floor truss components.
Metal Framing Performance & Building Science

Metal Trusses in Modern Construction: Why Developers Are Switching to Cold-Formed Steel Roof & Floor Trusses in 2026

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.
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8
min read
Metal vs Wood Framing: An Architectural Guide to Design, Aesthetics, and Performance
Metal Framing Performance & Building Science

Metal vs Wood Framing: An Architectural Guide to Design, Aesthetics, and Performance

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
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24
min read
Preventing Thermal Bridging: Best Practices for Healthier and Energy-Efficient Steel Framing
Metal Framing Performance & Building Science

Preventing Thermal Bridging: Best Practices for Healthier and Energy-Efficient Steel Framing

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.
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3
min read