FoamFrame Homes
Fire Resistance
FoamFrame resist fires
FoamFrame homes provide a higher level of fire resistance than traditional wood-frame construction. The system utilizes non-combustible concrete skins combined with a foam core, creating an assembly designed to significantly slow the spread of fire. This enhanced fire performance improves occupant safety and may contribute to reduced insurance costs, while offering homeowners greater long-term confidence and protection.
- Non-combustible concrete construction prevents fires spread
- Fire-resistant foam core materials with high ignition temperature
FoamFrame instead of Wood
The Strata System integrates advanced materials engineering with established construction practices. It utilizes a high-density foam core encapsulated between reinforced concrete skins, forming a composite structural panel. This design produces buildings with greater structural strength, improved energy efficiency, and enhanced durability compared to conventional wood-frame construction.
- Superior insulation properties for year-round comfort
- Environmentally sustainable building approach
Tested IRC Code
The SABS System is designed to meet rigorous quality standards and applicable building codes. Each FoamFrame home is constructed using precision engineering methods and validated through comprehensive testing to verify structural performance, safety, and long-term durability. We collaborate with regulatory authorities and industry standards organizations to ensure full compliance with applicable regulations.
- Meets and exceeds all SABS construction standards
- Compliance with international building codes
Hurricane Resistance
Hurricane Restistance
FoamFrame homes are engineered to resist the extreme forces associated with hurricanes and tropical storms. The reinforced concrete skins and foam-core system form a continuous structural assembly designed to withstand high wind loads and impact from windborne debris. Compared with conventional wood-frame construction, this approach provides enhanced structural resilience and improved protection for occupants and property during severe weather events.
- Tested and certified for extreme weather conditions
Seismic Resistance
Designed to survive Seimics forces
In seismically active regions, meeting building code requirements is only the starting point. FoamFrame homes are engineered to manage seismic forces through a structural system designed to distribute and absorb energy during ground movement. The reinforced concrete skins combined with the foam core create a balanced assembly that provides both strength and controlled flexibility, helping the structure maintain stability and protect occupants during significant seismic events.
- Proven earthquake-resistant design principles
FoamFrame Homes
When natural disasters occur, the resilience of a home becomes critical. FoamFrame construction technology is designed to provide enhanced protection against fire, hurricanes, earthquakes, and other severe weather conditions. By combining reinforced concrete skins with a structural foam core, the system delivers a durable building envelope engineered to perform beyond many conventional construction methods, providing a higher level of safety and reliability for homeowners.
Selecting FoamFrame Homes represents an investment in long-term structural resilience and occupant protection—helping safeguard your family, your property, and your future against the challenges posed by extreme natural events.