
How Building a Concrete ICF Home Saves on Initial and Long-Term Costs

The Changing Landscape of K-12 School Construction in 2025
School construction for K‑12 is changing to meet today’s higher performance expectations. It’s about finding the right balance between keeping costs manageable, building strong, durable structures, and making schools more energy-efficient.

The Best Way to Approach High R Value Wall Construction

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.

Why ICF is a Best Practice in Constructing Public Safety Buildings
Fox Block ICF public safety buildings provide first responders a safe, healthy, and quiet environment.

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!

9 Benefits of ICF Homes in Canada
ICF homes in Canada help builders maintain their profits because of ICFs stable pricing and quick construction compared to above and below grade conventional construction.

Constructing an ICF Garage Foundation
A garage is only as strong as the foundation beneath it. Without the right planning and construction, problems like settling, water damage, and instability can show up over time.

Party Wall Construction: Why ICFs Are the Best Option
Party wall construction plays a crucial role in the development of townhouses, condominiums, and duplexes. Party walls are strategically placed to separate individual units within a shared structure, to provide privacy, fire protection, and structural stability.

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.