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“The lab report’s findings on brick’s superior moisture resistance are extremely significant,” said J. Gregg Borchelt, president and CEO of the Brick Industry Association (BIA).
The BIA, along with the U.S. Department of Agriculture’s Forest Products Laboratory and the U.S. Department of Housing and Urban Development, funded the study.
“Builders will want to choose brick if they wish to provide their customers the protection of a superior wall system-instead of one that is just ‘good enough,’” Borchelt said.
Modern construction practices to increase comfort and energy efficiency have resulted in tight walls that are highly insulated and sealed against air filtration. When moisture is not sufficiently controlled, risks increase dramatically for mold growth, wood rot and infestation by insects, reduced efficiency of insulation, and corrosion of fasteners. The report attributes the lower moisture content in the wood components to brick’s inherent thermal mass properties, the 1-in. air space in the brick veneer wall and the increased thermal absorption of the test brick’s red color.
Moisture performance values were collected at regular intervals from key components within a pair of wall assemblies constructed with eight different cladding types. Each wall assembly consisted of interior gypsum board and wood studs with fiberglass insulation between the studs, sheathed with either OSB or plywood and clad with brick veneer, vinyl siding, fiber cement, manufactured stone, or stucco. The assemblies were then subjected to ambient weather conditions over a one-year period. A portion of water-resistant barrier was compromised and the wall assembly behind it subjected to a daily water injection over a five-day period to evaluate its ability to dry after a leak.
For more information, visit www.gobrick.com.