Why Choose Concrete?

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Concrete strength can be used to create large open spaces offering umlimited possibilities in designing your home’s floor plan.


Concrete is safer than any other form of construction when fire threatens a home.

In fire tests, ICF stood exposure to intense flame without structural failure longer than did common frame walls. The polystyrene foam used in most ICF forms is treated so it will not support combustion. Also, tests show that its tendency to transmit an outside flame source is less than that of most wood products. Many insurance carriers are now offering a discount on a homeowner’s policy for an ICF home.

Concrete homes naturally protect your home from the structural damage that can be caused by the effects of nature.

In recent laboratory tests at Texas Tech University, concrete wall systems dramatically demonstrated the strength and the mass necessary to resist the wind-driven debris carried by hurricanes and tornadoes. Today’s strongest residential wall systems are made of concrete.

Concrete also stands up to such subtle threats as rot, rust and termites.


Concrete homes resist fire. They are stronger than wood frame homes and safer during tornadoes, hurricanes, and earthquakes.

Insurance for concrete homes is often 15% to 25% lower than for wood frame construction.


With ICF homes, the equation is simple. No rot equals less repair and maintenance. Neither polystyrene nor concrete will ever rot or rust. Concrete can even be exposed to the elements for centuries with few ill effects. Reinforcing steel, buried deep inside and protected by concrete’s alkalinity, does not corrode.


Concrete homes stay warmer in the winter and cooler in the summer.

Concrete forms an integral wall – solid, continuous and airtight. By comparison a wood-frame wall is a collection of components – studs, sheet rock, sheathing and insulation. Each joint and connection is a potential air leak. As the air passes through these leaks, it takes your heating and air-conditioning with it.

Energy savings and comfort are built into every ICF system. ICFs start with a high R-Value. Four inches of ASTM C 578 polystyrene foam insulation, combine with a five inch concrete wall a typical ICF system – are rated above R-17 at 75o mean test temperature. Other ICF in configurations and materials also exhibit high R-values.

But that’s not all! Air infiltration in an ICF Home is minimal due to the continuous air barriers provided by the foam insulation and the concrete. Likewise, there are no convection currents within wall cavities.

The concrete walls of an ICF home have high thermal mass, which buffers the interior of a home from the extremes of outdoor temperature during every 24-hour cycle. This reduces both peak and total heating and cooling loads.

This combination of high R-values, low air infiltration, and high thermal mass is believed to account for the amazing 25% to 50% energy savings of ICF versus wood or steel-framed homes.

Building with Insulated Concrete Forms is healthier for the environment in a number of ways: by minimizing the number of different building products involved in construction, by reducing the amount of waste generated on the construction site, and by lowering energy requirements for heating and cooling.

ICF homes provide a healthy indoor environment, too. Nothing held within or ordinarily emitted by an ICF wall is toxic. The measurement of the air contents of actual ICF houses shows an almost complete absence of any emissions.

New ICF homeowners almost always remark on how unbelievably quiet their new house is, compared with their old stick-build home. They expect the new-found comfort and energy efficiency, but the peace and quiet – the protection from outside noise – never fails to surprise and delight them.

In sound transmission tests, ICF walls allowed less than one-third as much sound to pass through as do ordinary frame walls filled with fiberglass. With double-glazed windows in ICF walls and beefed-up roof insulation, you will rarely hear street noises or airport traffic.


ICF homes can be designed in any style, and will accept any traditional exterior finish including vinyl or wood siding, stucco and brick. Because custom angles and curves are easily created, it’s simple to build in bows, bays and radiuses. And ICF systems accommodate any of today’s most popular design features, such as tall walls, large openings, long floor spans, and cathedral ceilings. With its strength and versatility concrete can create any shape or size home you can imagine.


Originally developed in Europe (where concrete home building isprevalent) ICF systems have been used successfully around the world for more than 30 years. Thousands of ICF homes have been built in recent years throughout the United States and Canada. They have proven successful in every region and climate, from Orlando to Calgary. ICF systems are accepted by all the major model codes in the U.S., and by the R-2000 program in Canada.


Although it looks new and different, anyone with construction experience can quickly get up to speed with ICFs. An ideal crew has a mix of concrete placement and carpentry experience. Once the crew has some practice, each ICF-build home requires less skilled labor and less total labor than a wood-framed home. And ICFs are very lightweight, so crews stay fresh through the day.

Likewise, ICFs present no problem for the sub-contractors who come after the walls are poured. Since holes, chases and rectangles are easily cut into ICFs with a knife or saw, installation of mechanical systems is a snap. The fastening of drywall and lap siding is just as fast and easy. And mid-course corrections, such as moving an opening, are no big deal – just saw it out and re-form. It’s not more difficult to make changes to an ICF wall – it’s just different.


Over the last ten years, concrete prices have been remarkably stable. With volatile wood prices, logging’s high environmental price tag, and a growing shortage of high quality lumber, concrete offers a variety of products and construction techniques to provide cost effective, quality alternatives to wood-frame home construction. Combine that with labor savings and you have one of the most cost competitive wall systems in U.S. and Canadian housing markets.