ICF vs. Steel Framing: Which Is Best For Commercial Construction?
ICFs have been used with great success for projects such as hotels, theatres, multi-story residential, office, retail, mixed-use retail, educational projects and all manner of public works and federal military applications. However, some people argue that Steel Framing is best for commercial construction, so we decided to get to the bottom of the ICF vs. Steel Framing face-off.
Considerations for Building an Energy-Efficient Home in Texas
How to Build Energy-Efficient Home in Texas: Things to Consider
Build a Resilient Building Design with Fox Blocks ICFs
Resilient buildings made with Fox Blocks ICFs will protect a commercial building’s integrity against severe winds, flooding, earthquakes, extreme temperatures, and fire.
The Foundation of Construction: A Guide to Building Code Foundation Requirements
NRMCA Hosts Upcoming ICF Contractor Training Seminars
The NRMCA is a membership organization for the concrete industry and is a leading industry advocate that provides information and updates to its members about the latest techniques, materials and technologies.
Benefits of Building an Energy-Efficient Home in Florida
The Advantages of ICF over CMU Construction
Concrete masonry units (CMU) and insulated concrete form (ICF) walls have several features in common: energy-efficiency, durability, and good indoor environmental quality (IEQ). However, ICF is quicker and easier to install compared to CMU, which saves time and money.
What is the Strongest Foundation for a House?
The foundation is fundamental to the longevity, strength, and structural soundness of a house. Homeowners and professionals often ask, “Which foundation is the most effective for a house?” Find out here!
6 Methods for Building Homes Faster in 2022
The building industry cites a lack of qualified construction workers as the major obstacle holding up their construction projects. Here are five ways builders can speed up home construction.
What is a Shear Wall and How Does it Protect Your Building?
Construction of a shear wall includes materials and design that enhance a structure’s stiffness, strength, and ductility in order to withstand lateral forces from severe winds and earthquakes.