Skip to main content
  • Our Sponsors
    Bulley & Andrews Masonry Restoration, LLC logo
  • Our Sponsors
    Carlisle logo
  • Our Sponsors
    CertainTeed logo
  • Our Sponsors
    Dow Corning logo
  • Our Sponsors
    Elevate
  • Our Sponsors
    Henry company
  • Our Sponsors
    IMI logo
  • Our Sponsors
    Klein & Hoffman logo
  • Our Sponsors
    Mortar Net Solutions logo
  • Our Sponsors
    Power Construction logo
  • Our Sponsors
    Powers Fasteners logo
  • Our Sponsors
    Quast logo
  • Our Sponsors
    RRJ logo
  • Our Sponsors
    Rockwool logo
  • Our Sponsors
    SGH logo
  • Our Sponsors
    STO logo
  • Our Sponsors
    Thornton Tomasetti logo
  • Our Sponsors
    UL logo
  • Our Sponsors
    USG logo
  • Our Sponsors
    WJE logo
  • Our Sponsors
    Sika
  • Our Sponsors
    Reflection Window + Wall logo
  • Our Sponsors
    FitzGerald
  • Our Sponsors
    Building Technology Consultants, Inc.
  • Our Sponsors
    Intertek logo

Adhered Masonry Veneer Systems

non-BEC
April 23, 2024
6:53 am - 6:53 am
Location
2140 W. Corporate Drive, Addison, IL 60101
File attachments
Posted by Scott Conwell

Adhered Masonry Veneer Systems

Presented by Pat Conway, AIA, Director of Industry Development and Technical Services, International Masonry Institute

This seminar reviews code minimum and best practice design, detailing and installation options for adhered masonry veneer systems. It will explore sometimes confusing and conflicting code requirements, industry standards and manufacturer recommendations for both natural and manufactured veneer units. Sub-topics include: veneer material options, substrates, water-resistive barriers, air barriers, drainage options, continuous insulation, lath and no lath systems, fasteners, movement joints and job site troubleshooting.

At the end of the program, participants will:

  • Identify elements and details that are part adhered veneers
  • Learn the code requirements for adhered veneers
  • Design, detail, and specify adhered veneer masonry systems
  • Verify installation, substrate and movement joint conditions