Thinking of switching from wood to steel framing? This step-by-step guide explains how developers and GCs can plan, design, and execute the transition to cold-formed steel—highlighting benefits, timelines, and best practices. Mainefactured Framing brings real-world insight and partnership to simplify the entire process.
In 2025, the decision between wood and metal framing is more than just material—it’s strategic. Learn why developers and GCs are shifting to steel framing for durability, speed, and long-term savings.
Metal framing can appear more expensive at first glance—but when you account for labor, waste, insurance, and build time, the full picture changes. This article breaks down the real cost comparison between wood and steel framing for 2025 construction projects.
Steel framing is rapidly gaining traction in residential construction. Developers and architects who adopt it now can gain a competitive edge in quality, cost control, and build speed.
Metal framing is rapidly becoming the smart choice for residential and light commercial construction. This guide breaks down the total cost—from engineering to erection—and how to optimize every step.
Panelized metal framing is transforming construction by delivering faster timelines, lower waste, and superior quality. Here's how it stacks up against wood and traditional metal framing.
Discover the key differences between prefab and modular construction—and why panelized framing gives developers and builders the competitive edge they need.
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
Panelized metal framing combines the strength of steel with the efficiency of prefabrication—cutting build times, reducing costs, and improving quality. Here’s why it’s the future of construction.
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.