PFB Corporation - Better Building Ideas



The Advantage ICF System® is now a mainstream building product. Its popularity continues to grow as architects, specifiers, building contractors, and the public at large become familiar with the benefits of using Insulating Concrete Forming (ICF) systems in residential and commercial construction projects.

Advantage ICF is a one-piece, stay-in-place, insulating concrete form made of expanded polystyrene (EPS) insulation. A series of strong plastic web connectors are permanently molded into two EPS panels to create a building block. The integral plastic webs act as the studs in a wall assembly, and are spaced at either 6 or 8 inches on center.

Advantage ICFs have a patented interlocking system along the top and bottom edges, which allows the blocks to securely connect together, much like kids’ Lego™ blocks. Reinforcing steel is placed on the plastic web connectors inside the block cavity which is then filled with concrete. After the concrete pour, the insulating EPS remains in place on both sides of the structure, providing a highly energy-efficient building envelope.

Residential and commercial buildings constructed using the Advantage ICF System are strong, quiet, and highly insulated.. The Advantage ICF System is often teamed with our Insulspan® Structural Insulating Panel System to create our highest performing BUILDING SYSTEM – a fully insulated, air-tight building envelope that includes the foundations, floors, walls and roof.

Demand for our Advantage ICF System continues to grow in the residential construction market as well as in commercial applications such as hotels, warehouses, restaurants and office buildings.

Learn more about Advantage ICF >>

Advantage ICF - Home built from foundation up with Insulating Concrete Forms Advantage ICF - Exterior ICF Walls Advantage ICF - Pouring Concrete Connect with us: Follow Plasti-Fab on Twitter Subscribe to our YouTube Channel Read about Plasti-Fab on Wordpress Like Us on Facebook Check us out on Flickr Check us out on LinkedIn