Air barriers, vapor barriers and water-resistive barriers are often treated as straightforward concepts, yet confusion persists throughout the construction industry.
Understanding air, water and vapor barriers is essential for airtight, durable wall and ceiling assemblies that meet modern code and performance demands.
Three major industry events this spring put a spotlight on airtightness, fire resistance and moisture control—scope that now lands squarely on the wall and ceiling contractor.
The SPFA convention in Las Vegas expands certification training, multilingual education tools, and networking opportunities while streamlining contractor access to exams, sessions, and expo resources.
The SPFA convention in Las Vegas expands certification training, multilingual education tools, and networking opportunities while streamlining contractor access to exams, sessions, and expo resources. W&C’s Jill Bloom speaks with the association’s Lisa Smith.
Properly installed spray foam insulation can dramatically improve the performance of metal clad buildings, but success depends on careful attention to substrate stability, preparation, and framing details.
Properly installed spray foam insulation can dramatically improve the performance of metal clad buildings, but success depends on careful attention to substrate stability, preparation, and framing details.
When you meet Benjamin Scales, you quickly realize he’s not your typical building enclosure consultant. With more than 22 years of experience, Benjamin’s career has been a steady climb through nearly every corner of the industry.
Air barriers significantly reduce energy use in buildings by minimizing air leakage, debunking long-held myths about “breathable” buildings and demonstrating through research and field testing that airtight construction—when paired with proper ventilation—improves energy efficiency, durability, and indoor air quality.
Air barriers significantly reduce energy use in buildings by minimizing air leakage, debunking long-held myths about “breathable” buildings and demonstrating through research and field testing that airtight construction—when paired with proper ventilation—improves energy efficiency, durability, and indoor air quality.