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    Durability of Building and Construction Sealants and Adhesives: 6th Volume

    White Christopher, Miyauchi Hiroyuki
    Published: 2018

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    Get 17 peer-reviewed papers in the sixth edition of this valuable book for the building industry.

    Understanding sealant durability, and how long a sealant will perform, is critical to the built environment. ASTM building sealant standards are used globally in the development of commercial and multi-use buildings.

    International authors from Germany, Japan, Hong Kong, and the United States present state-of-the-art research on the durability of structural and weatherproofing sealants and adhesives.

    Topics include:

    – outdoor exposure
    – characterization
    – finite element modeling
    – monitoring of critical properties
    – development of accelerated testing
    – relating accelerated testing to in-service performance and modeling

    Sponsored by ASTM Committee C24 on Building Seals and Sealants, this publication features papers that were presented at the Sixth Symposium on the Durability of Building and Construction Sealants and Adhesives held in Toronto, Ontario, Canada, in June 2017.

    Table of Contents

    A Review of Structural Glazing Installations from the 1970s and 1980s
    Errol Bull, Pedro Doors

    Comparison of the Weatherabilities of Different Types of Sealants with Various Stabilizers Based on Outdoor Weathering with Cyclic Movement for 12 and 24 Months
    Ralf Heinzmann

    Automated Fatigue Testing Device for Assessing Performance of Sealant Jointing Products
    Hiroyuki Miyauchi, Michael Lacasse, Akihiko Ito, Hitoshi Yamada

    Implementing ASTM C1735 into Conventional Methods for Assessing Durability of Sealants
    Lawrence Carbary, Kelly Allore, Christopher White

    Designing an Accelerated Test Method to Determine the Design Life of Building Joint Sealant Using the ASTM C1850 Procedure
    Christopher White, Donald Hunston, Adam Pintar, Jim Filliben

    Accelerated Weathering Test Standards for Sealants and Adhesives: Replicating Aqueous Outdoor Environments for Improved Service Life Prediction
    Andy Francis, Bill Tobin, Sean Fowler

    Fatigue Resistance of Rim Seals in Multi-Pane Glazing Systems from a Moisture Resistance Perspective: Solutions for Improving Moisture Barrier Performance
    Takeshi Ihara, Masato Yamamoto

    Adhesive Bonding and Sealing of Additional Equipment on Foundations of Large-Scale Offshore Wind-Energy Turbines Withstanding Pile-Driving Operations
    Gregor Wisner, Philipp Stein, Hauke Sychla, Christian Kornemann, Jörg Gattermann, Elisabeth Stammen, Klaus Dilger

    Fatigue Resistance of Rim Seals in Multi-Pane Glazing Systems from a Moisture Resistance Perspective: A Fundamental Test of Moisture Permeance Change Due to Fatigue Driven by Wind Pressure
    Masato Yamamoto, Takeshi Ihara

    Evaluation of Structural Performance of Aged Structural Glazing Sealant
    Jack Yue Guan

    Impact of Outdoor Exposure on the Performance of Insulating Glass Unit Primary Sealant: A Case History
    Rebecca Booth, Kurt Hoigard, Dennis Johnson, Jerome Klosowski

    Case Study: Using Sealants and Spray-Foam Insulation to Create a Continuous Air Barrier from the Interior of Existing Buildings
    David VanDommelen

    Assessing Durability of Pavement Sealants Based on Surface Preparation Techniques
    Lawrence Carbary, David Johnson, Lawrence Sutter

    Bonding of Composite Panels via Silicone Adhesive in Rainscreen Facades
    Jon Kimberlain, Brent Dull

    Comparative Study of Guidelines Regarding the Design of Four-Sided SSG Systems Applied to Facades
    Hisashi Ishii

    Comparative and Correlative Studies Using Various Accelerated Weathering Resistance Tests on Construction Sealants
    Atsushi Fukunaga, Akira Ogawa, Shintaro Komitsu

    Dibenzoate Plasticizer Technology for Sealants
    Gina Johnson, William Arendt, Emily McBride

    Committee: C24

    DOI: 10.1520/STP1604-EB

    ISBN-EB: 978-0-8031-7654-6

    ISBN-13: 978-0-8031-7653-9