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Warmboard installation by the team from Iowa State University, 2009.

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Warmboard installation by the team from the University of Cincinnati, 2007.

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“Leafhouse” by the University of Maryland, 2007. The team placed 2nd overall in the competition and was the top placing team from the USA.

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Warmboard installation by the team from Lawrence Technology Institute, 2007.

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The team from MIT installing Warmboard, 2007.

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Warmboard layout by Ohio State University, 2009.

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A member of the 2009 Ohio State University team does custom routing.

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Team California’s 2009 entry uses Warmboard radiant heat in the floor, and radiant cooling in the ceiling.

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Team California 2009 installs Warmboard in the ceiling.

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Team MIT uses Warmboard in the 2007 competition.

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Team from Santa Clara University uses Warmboard for the competition.

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Construction continues for Team California 2009.

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Students from the University of Maryland install Warmboard for their “Leafhouse” project.

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Lawrence Technology Institute’s entry features Warmboard radiant heating.

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“Leafhouse” by the University of Maryland, 2007. The team placed 2nd overall in the competition and was the top placing team from the USA.

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Because of it’s high conductivity, Warmboard’s 12 on center tubing outperforms other panels using 6 on center tubing.

Grand Park, [Co.] is committed to creating a community that sets new standards for quality in Grand County…Grand Park has incorporated the practices of green building into the first neighborhood…One of the most luxurious features in the homes is the use of Warmboard radiant heat. Widely accepted as the most comfortable, healthy and energy efficient form of heat, Warmboard is especially attractive because its systems are easily zoned and have a fast response time, reducing energy usage by heating only the occupied rooms or regions…Because of it’s high conductivity, Warmboard’s 12″ on center tubing outperforms other panels using 6″ on center tubing. This spacing also results in lower material usage. It replaces a traditional plywood sub-floor, further reducing wood usage while its high conductivity reduces the amount of tubing and manifolds needed. - Kirsten Laraby, Grand Park Co., Marketing Director