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The Monolithic Composite Wall System
The Monolithic Composite Wall System
Insulating Concrete Forms
Insulating Concrete Forms
A single, unified mass — improving strength, thermal stability, and soundproofing.
A single, unified mass — improving strength, thermal stability, and soundproofing.
Creating a quieter, more comfortable living and working environment
Creating a quieter, more comfortable living and working environment
Structural Integrity
Structural Integrity
Fire Endurance of Steel Framed ICF vs Wood
Fire Endurance of Steel Framed ICF vs Wood
ICF Panels can withstand temperatures up to 2000 degrees for up to 4 hrs
ICF Panels can withstand temperatures up to 2000 degrees for up to 4 hrs
Sound Transmission
Sound Transmission
Compared to traditional wood-frame walls, ICF walls are up to 60% quieter
Compared to traditional wood-frame walls, ICF walls are up to 60% quieter
An ideal choice for a quiet, comfortable living environment
An ideal choice for a quiet, comfortable living environment
Indoor Air Quality
Indoor Air Quality
ICF systems are often used in LEED-certified homes due to their low-emissions, reduced mold growth and air leaks, and stable temperature characteristics.
ICF systems are often used in LEED-certified homes due to their low-emissions, reduced mold growth and air leaks, and stable temperature characteristics.
Less Upkeep
Less Upkeep
Steel framing cuts your long-term maintenance 30-40% compared to wood
Steel framing cuts your long-term maintenance 30-40% compared to wood
Thermal Performance
Thermal Performance
ICF homes can almost cut heating and cooling energy use, and costs in half, by up to 6,000 kWh annually.
ICF homes can almost cut heating and cooling energy use, and costs in half, by up to 6,000 kWh annually.
Seismic Resilience
Seismic Resilience
Based on FEMA and PCA testing, the monolithic concrete core is highly resistant to racking and shear forces
Based on FEMA and PCA testing, the monolithic concrete core is highly resistant to racking and shear forces
Ensuring stability under extreme wind and seismic loads.
Ensuring stability under extreme wind and seismic loads.
“Energy use estimates are generalized and may vary by climate zone and building design. Sources: DOE, NAHB, and ICF manufacturer studies.”Source: U.S. Dept. of Energy, Building Science Corporation, EPS Industry Alliance, and NAHB Research Center.University of California, San Diego Shake Table Tests: Simulated 7.5+ magnitude quakes on full-scale concrete wall systemsPCA Report: “Wind Loads and Structural Resistance of ICF Walls”National Wind Institute (Texas Tech University) showing ICF walls withstand 250 mph windborne debris impact
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