Silicone Coatings: A Risk Mitigation Strategy for Thermal Stress Breakage (ICD201)
Eligible for 1 AIA (HSW), AIBC (Core), and AAA Hour
COURSE DESCRIPTION:
This course will provide architects, specifiers, and façade consultants education about silicone-based spandrel glass coating technologies. Attendees will learn about the risks of thermal stress breakage due to ceramic frit’s weakening effects on heat-treated glass. Testing methodology and industry standards will also be addressed. Alternative coating solutions will be introduced as a strategy to reduce risk of thermally induced breakage in glass facades.
LEARNING OBJECTIVES: After completion of this course, participants will be able to understand the following:
- Introduce the aesthetic and environmental benefits of a glass facade
- Define thermal stress breakage and discuss how it can be controlled
- Examine why thermal stress breakage occurs and how safety could be compromised
- Explore solutions and understand how welfare is impacted by material selection
AIA Course Directory: Science & Performance
AIA Topic Area: Building Envelope
AIA Credits: One Learning Unit
HSW: Yes
Your Instructor
Kate Stewart, CSI, CDT is the Architectural Program Manager at ICD High Performance Coatings, manufacturer of OPACI-COAT-300® water-based silicone glass coating. She has presented to over 100 global architecture firms and hosts weekly webinars for Architects, General Contractors, Developers, Glazing Subcontractors, and Glass Fabricators. Kate has been a speaker at multiple events, including Fenestration Association of BC (FENBC) Technical Conference, BAU Germany, and Midwest Build Week. She was also quoted in USGlass Magazine regarding Façade Visual Harmonization and Thermal Stress Breakage.
Course Curriculum
Frequently Asked Questions
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