Commercial steel-frame buildings offer durability, speed of construction, and flexibility of design. Yet, their thermal performance is often compromised by the high conductivity of steel, which allows heat to pass through structural elements. This results in reduced R-values, increased energy consumption, and inconsistent indoor comfort. Improving R-value in steel-frame buildings requires targeted insulation methods, air
If you’ve been sneezing more inside than outside, something’s off. Maybe you’ve noticed that musty smell in the attic, or you’ve given up on keeping dust under control. Indoor air quality isn’t just a “nice to have.” Poor air can mess with your comfort, health, and even productivity. The problem often starts with the building
Let’s be real—insulation is one of those things you don’t think about until your house starts acting weird. One minute, you’re cozy on the couch. Next, you’re freezing upstairs, sweating downstairs, and wondering why your energy bill looks like you’re heating a stadium. The culprit is often right inside your walls, attic, or under your
Up to 90% of U.S. homes are under-insulated, according to the North American Insulation Manufacturers Association (NAIMA). Poor insulation contributes to energy losses as high as 40%, which drives utility bills and increases wear on HVAC systems. For Columbus property owners, this issue is amplified by seasonal temperature swings and building aging cycles. Spray foam