AAMA Launches Web Page for Understanding Indoor Condensation on Residential Windows

Date: 7 May 2015

The American Architectural Manufacturers Association (AAMA) has created a new web page dedicated solely to helping homeowners understand why and how indoor condensation develops on residential windows and what can be done to mitigate it.

This was needed because it provides direct, simple answers to the common question, ‘Why is there condensation on my windows?’” says Joe Hayden (Pella), Co-chair of the Understanding Residential Condensation Task Group. “Condensation can form for a variety of reasons, and this resource provides clear explanations as to why it happens.As a respected source of information for the window, door and skylight industry, it’s important for AAMA to have answers to these questions.”



The web page defines residential window condensation and explains the relationship between relative humidity and dew point, among other factors that contribute to indoor condensation. A chart on the page shows recommended indoor relative humidity, broken down by outdoor air temperature and indoor relative humidity. The section of the site also addresses skylights, which reside in higher parts of buildings, and can be exposed to condensation because of warm air’s tendency to rise toward the ceiling.



Locations within the United States are also taken into consideration, since windows in Arizona are not often exposed to the same humidity levels and temperatures as those located instead in Minnesota. The page also offers tips for managing indoor humidity levels.



For more about indoor condensation in homes, review this new section of the AAMA website. More information about AAMA and its activities can be found via the AAMA Media Relations page or on the AAMA website, www.aamanet.org.


AAMA is the source of performance standards, product certification

and educational programs for the fenestration industry.SM

600450 AAMA Launches Web Page for Understanding Indoor Condensation on Residential Windows glassonweb.com

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