ICFs and Severe Weather
The steel reinforced concrete, which can cure stronger than normal concrete because of the foam insulation, can withstand winds of over 200 MPH, and projectile debris traveling over 100 MPH. There are dozens of eye witness examples of ICF homes taking EF5 tornadoes head on with the walls still standing.
What Climates Does ICF Work Best In?
Top 22 ICF Commercial Construction FAQs
Commercial ICF construction has strict standards, codes, budgets and timelines to follow, and making sure you implement ICFs accurately and efficiently is important. We compiled a list of the top ICF FAQs we get to help you feel confident in your decision to choose Insulated Concrete Forms for your next project.
3 Examples of Flood Resistant Architecture
Flooding is relentless. It destroys homes, displaces families, and leaves businesses in ruins.
The Best Vapor Systems for Basement Walls
The Upside of Digging Down: Why Adding a Basement to Your New Build is a Smart Investment
Tips for Designing ICF House Plans With a Walkout Basement
What Is the Cost of Building a Net Zero Home?
Build to Resist Tornadoes: Storm Safe ICF Structures
Research by Texas Tech Wind Science and Engineering Research Center has demonstrated that ICF walls better protect occupants of houses from windblown debris, than frame walls. Being hit by windblown debris is the most common cause of injury during tornadoes.
3 Problems with Steel Frame Construction and Why ICF is a Better Alternative
There are three problems with steel frame construction that affect the safety, efficiency, and durability of the structures they create.