Energy Efficiency

A data-driven comparison of performance, efficiency, and labor Walk any residential job site in America and you'll see the same thing you would have seen fifty years ago: crews cutting studs, stacking lumber, and wrestling sheathing into place one piece at a time. Stick framing is proven, familiar, and deeply embedded in the industry. It's also expensive, labor-intensive, and increasingly hard to execute in a market where skilled framers are harder to find every year. Prime24

Traditional home construction methods create a hidden inefficiency that forces your heating and cooling system to work up to 25% harder than necessary, costing you hundreds of dollars annually while making your home less comfortable. The problem lies in something called "framing factor"—a construction industry term that measures how much of your wall space is occupied by wooden studs instead of insulation.

The choice you make for your building’s frame is one of the most consequential decisions in construction—it’s a decision that echoes through decades of energy bills, storm seasons, acoustic comfort and even resale values.

New pilot project to minimize waste, shorten construction timelines, and deliver quieter, healthier and more energy-efficient homes

Carbon-negative materials are enhancing energy-efficiency in home construction. Dive into the future of green building with BamCore.

The connection between energy-efficient building techniques in green construction and human health is undeniable. Explore the details.