Volume 3, Issue 1 (January 2006)

    Performance Testing of Flashing Installation Methods for Brick Mold and Nonflanged Windows

    (Received 13 April 2004; accepted 12 July 2005)

    CODEN: JAIOAD

      Format Pages Price  
    PDF 20 $25   ADD TO CART


    Abstract

    One of the major sources of water intrusion in buildings is through openings in walls caused by windows and other fenestrations, in particular the interface between the window and wall. Numerous flashing products, including self-adhered products, have recently been developed to protect this window-wall interface from moisture intrusion. However, the proper installation of these flashing products is not well understood and installation methods are often misused. Various installation methods have been developed and tested to evaluate performance and ease of installation. While most of the flashing installation development has been focused on residential flanged-style windows, effective installation methods for wood framed “brick mold” windows as well as other “nonflanged” windows have not previously been developed and tested. A series of laboratory wall tests were used to compare the air leakage resistance (ASTM E 283), water leakage resistance (ASTM E 331), and durability (ASTM E 330) of various flashing materials and installation methods. The performance and durability of flashing as installed with round top windows, brick mold windows, and nonflanged windows were tested and evaluated.


    Author Information:

    Crowder-Moore, BJ
    R&D Technologist, DuPont Building Innovations, Richmond, VA

    Weston, TA
    Senior Research Associate, Building Scientist, DuPont Building Innovations, Richmond, VA

    Katsaros, JD
    Senior Research Associate, DuPont Building Innovations, Richmond, VA


    Stock #: JAI12490

    ISSN: 1546-962X

    DOI: 10.1520/JAI12490

    ASTM International is a member of CrossRef.

    Author
    Title Performance Testing of Flashing Installation Methods for Brick Mold and Nonflanged Windows
    Symposium Performance and Durability of the Window-Wall Interface, 2004-04-18
    Committee E06