Sponsored by ISE Logik | Presented by David P. Seland
Webinar On-Demand
Finish elements such as the floorcovering system have a great impact on the final aesthetics of a structure. Floorcovering specification sections often do not address the compatibility of the floorcovering system with the type of application and intended service use. This is not done intentionally, rather it is an innate result of a misunderstanding of sufficient compatibilities of the various types of floorcovering systems within their installed environments. During this presentation, we will discuss published floorcovering systems installation standards and specifications that will aid the attendee in strengthening their 09 Sections to avoid these incompatibilities. In addition, identification, and categorization of various floorcovering system failures, immediate and latent, will be presented, and how to properly prevent these failures from occurring during the design process for a successful floorcovering system installation.
Photos courtesy of ISE Logik Industries
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David Seland is a Principal and Founder of ISE Logik Industries. Over the past 35 years he has worked in a wide range of positions in the building products industry including floorcoverings, coatings, and substrates. As one of the top independent building products failure analysts focused on coverings and coatings applied to substrates, David directed over 5,000 on site field inspections throughout the Americas for product manufacturers, project owners, and construction managers. David’s expertise and determination for innovative and proactive solutions for concrete moisture control led to the formation of ISE Logik Industries – dedicated to stopping moisture vapor in its tracks. |
ISE Logik Industries, Inc. is the leader in effectively educating the AEC community on how to proactively address concerns over concrete moisture vapor emission from negatively impacting roofing and flooring schedules, overall project budgets, and substantial completion dates.
Originally published in Industrial Heating
Originally published in October 2021