Building Tomorrow's Homes with Today's Best Practices

We are committed to building homes and commercial spaces that aren’t just built better, they’re built smarter. We build with Autoclaved Aerated Concrete (AAC). Homes and other structures built with AAC offer superior fire resistance, hurricane-grade structural integrity, and energy savings of up to 65% compared to traditional construction methods. With faster build times, impressive sound dampening properties, and complete resistance to pests and mold, AAC buildings aren’t just meeting current standards, they’re defining the future of sustainable, resilient construction.

Whether you’re planning a custom home, multi-family development, or commercial project, we invite you to discover why leading architects and property developers are choosing to use AAC for their most ambitious projects.

Building the Future with AAC Autoclaved Aerated Concrete: The Superior Building Solution FIRE RESISTANCE Non-combustible material proven in extreme fire conditions, including the 1993 Laguna Hills fire. ENERGY EFFICIENCY Up to 65% reduction in energy costs year-round through superior thermal properties. STRENGTH Engineered to withstand 200 mph winds while being 20% the weight of traditional concrete. FASTER BUILDS Reduced build time compared to wood or steel frame construction at comparable cost. MAINTENANCE FREE Naturally resistant to mold, mildew, and pests. No ongoing pest control needed. SUSTAINABILITY 100% Green building material, LEED qualified with excellent sound insulation properties. What is AAC? Autoclaved Aerated Concrete (AAC) is an innovative building material that combines the strength of concrete with unprecedented versatility. Developed in Sweden in 1923, this pre-cast product contains thousands of microscopic air pockets, making it both lightweight and durable. After forming, blocks are cured in an autoclave oven, creating a material that offers the durability of concrete with the workability of wood. The Bottom Line AAC significantly reduces construction time while delivering long-term savings through reduced insurance, cooling, heating, and maintenance costs. It represents the superior alternative to CMU, PIP, wood or steel studs, and any type of ICF or foam wall systems.