Assessing and addressing moisture vapour problems in new and old concrete floors with and without a functioning vapour barrier
Abstract
This paper analyses the cause of failures in resin, vinyl and other resilient floor finishes and build-ups attributed to vapour drive. First, it examines the constituents and formation of concrete and why it contains a high quantity of moisture (vapour) and the damage it can cause to the floor build-up, finish and the concrete itself. Secondly, it outlines the analysis and diagnosis of the problem and thirdly, describes the preparation and prevention in line with current technical guidelines. It concludes that an appropriate system should be included in the design on new or problematic floors to prevent future failures.
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Author's Biography
Mike Carberry is a Technical Adviser for Koster Aquatecnic and a certified surveyor of structural waterproofing. He has several years’ experience in providing RIBA-approved CPDs to specifiers as well as practical and theoretical training and support for those working in waterproofing, concrete repair and the flooring industry. He also provides consultancy and surveying services to clients across the UK and Ireland.
Citation
Carberry, Mike (2020, June 1). Assessing and addressing moisture vapour problems in new and old concrete floors with and without a functioning vapour barrier. In the Journal of Building Survey, Appraisal & Valuation, Volume 9, Issue 1. https://doi.org/10.69554/YFSW4462.
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