Wall Systems and Design: Understanding the Critical Elements of Air & Vapor Barriers
The science behind wall systems
Sponsored by SOPREMA, Inc. | Presented by Kyle Miller
Webinar On-Demand
This presentation explores the science behind wall systems and the tangible benefits of incorporating this technology into building structures. There is an emphasis on the differences between air barriers and vapor barriers and which is the best-given climate and wall assembly.
Photo courtesy of SOPREMA, Inc.
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Kyle Miller, is a product manager at SOPREMA, Inc. responsible for supporting SOPREMA’s building envelope waterproofing product lines. He is a United States Army veteran with a Bachelor of Science in Chemistry and 16 years of commercial construction materials experience as both a product manager and a technical services representative. |
SOPREMA delivers high-performance solutions for roofing, waterproofing, wall protection, and civil engineering, driven by a relentless pursuit of innovation, sustainability, and product excellence. The building envelope portfolio includes SBS and APP-modified bitumen, PMMA/PMA liquid-applied membranes, PVC membranes, STPE and PU sealants and adhesives, air and vapor barriers, below-grade waterproofing, vegetative solutions, roof coatings, and accessories. With a legacy of performance, SOPREMA sets the standard for durability and reliability in the industry.
Originally published in Building Enclosure
Originally published in June 2022
LEARNING OBJECTIVES
- Explore the science of wall systems, including the potential impact on energy savings and the beneficial health effects of controlling moisture migration into living environments.
- Determine the proper wall system to use for a given climate in order to limit air and moisture movement and ensure the comfort and safety of building occupants.
- Define wall system terms, specifically the difference between an air barrier and a vapor barrier.
- Explore the detrimental impact of moisture infiltration into building materials and the safety concerns inherent in unsafe structures.
