The Fox Block Interlock
When the Fox Blocks interlock was designed our Engineering staff made the choice not to focus on being within 1÷2” to 1” from the building dimension but to give the strongest interlock possible.

Improve the Comfort and Health of a Building with Soundproof Exterior Walls
The need to incorporate soundproofing features in the exterior walls of today’s homes and buildings has increased in recent decades. Urbanization, population growth, and an increase in air, rail, and highway traffic all have contributed to a widespread escalation of noise pollution.

Designing for Disaster Protection and Storm-Proof Homes
Exterior wind damage is responsible for 25% of all homeowner insurance claims. That doesn’t include the interior losses that occur when damaged windows and roofs let rain wreak havoc inside. While we can’t prevent windstorms, we can lessen their damage by planning home designs with wind-resistance as a top priority.

ICF Home Construction in Colorado: Everything You Need to Know

14 School Safety Problems and Effective Solutions
School safety issues continue to challenge educators, as every learning environment should be a place of security, not fear.

6 Proven Methods and Materials for Building Sustainable Communities
The methods and materials for sustainable communities encourage durability, energy-efficiency, and superior indoor air quality (IAQ).
New Training for the Fox Block Interlock
We have found it to be a waste of time and energy to attempt to offset or stagger the block as in the photo to the left. By creating a vertical stacked seam you will be more accurate with the job dimensions and will increase your profit by gaining efficiency.

Decoding Net-Zero Homes: Understanding the Concept and How to Build

How to Build a Hospital in 9 Key Steps
Building a hospital requires detailed planning, integrated design and coordination across all planning stages, material selection, construction and healthcare operations.
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.