Crafted with 87% recycled EPS foam, it’s not only eco-friendly but also offers superior insulation, soundproofing, and moisture resistance. Our blocks are designed to withstand the toughest natural disasters, including earthquakes, fires, and extreme weather, making them ideal for homes and commercial buildings alike.
Our proven process ensures quick installation, cost savings, and long-term durability. Whether you’re building in California or across the globe, Perfect Block ICCF provides a sustainable, future-proof solution for construction projects. Build smarter, safer, and more efficiently with a product you can trust!
Data Centers
Temperature Stability, Continuous insulation and recycled material is what we want to focus on.
Hotels
Fire Resistance – ICCF walls do not burn “open flame” 4000 DEGREES.
Office
Termite/Insect Resistance – ICCF walls have no wood inside. There is no food source for termites or boring insects or rodents. Rodents won’t nest in it. No dry rot will occur.
Warehouses
The Perfect Block System creates an exterior envelope that is air-sealed, energy efficient and resilient to natural disasters.
Storage
Design Versatility – ICCF wall material can be easily cut and shaped into infinite and unique design features for load and non-load bearing walls.
Multi-Family
Thermal Mass – ICCF wall thickness and density further enhance thermal resistance over stick framing and traditional construction.
In October 2021, Connecticut-based builder Ben Bogie of BPC Green Builders broke ground on a trailblazing project in the Hudson River Valley (climate zone 5). In collaboration with Trillium Architects, the 5000-sq.-ft house is Japanese pagoda–inspired and promises to be lesson-rich.
The overarching goal is to use building science-based best practices—products, techniques, and assemblies—to construct a high-performance, net-positive house. Keeping upfront carbon emissions to a minimum is a crucial objective.
To that end, the project minimizes virgin foam insulation, reduces concrete where feasible, is engineered to avoid the need for steel and optimizes materials made of recycled content.
