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).
Interview with ICF Specialties ICF Contractor Don Coleman on Using Fox Blocks
ICF Contractor Don Coleman with ICF Specialties gives the lowdown on working with Fox Blocks’ insulated concrete forms.
ICF Dealers
The much anticipated and patiently waited for Fox Blocks dealer locator is here!
The Benefits of Building a Medical Facility with ICF Construction
How to Attach Heavy Stone Veneers to ICF Blocks
Masonry foreman, Carl from Casciani Masonry, explains the process and outcome of attaching heavy stone veneers to insulated concrete forms with Hohman Bernard 2‑Seal Concrete Ties, also referred to as “cow bells”.
Fox Blocks ICF Featured on News Segment on Fire Resistant Homes
Fox Blocks was contacted to supply some info for a quick story airing on Fox News, on fire resistant homes and ICFs.
How Long Does It Take to Build a House in California?
Building a house in California offers unique challenges and opportunities due to its diverse climate, geography, and stringent building regulations. This article explores the specific factors influencing construction timelines in California.
5 Net Zero Energy Homes That Will Inspire
We’ve compiled a list of zero-energy homes that incorporate sustainable construction into the building process. The results are 5 facilities that prove zero net energy can be achieved with careful planning and appropriate implementation.
8 Gorgeous Waterfront Homes Built with ICF
Waterfront homes are one of the most sought after properties in the country. Unfortunately, homes on the water face weather conditions and a climate that can be destructive to the home.
What is the Concrete Temperature Limit?
Concrete is a versatile and durable construction material that is predominantly used in both commercial and residential structures. It’s essential to understand concrete’s thermal properties, specifically its temperature limits, to optimize its strength and durability.