Advances in new fire-rated glazing and framing technology and performance have made it possible for architects to design clear and innovative spaces like never before. With fire and safety glazing codes changing dramatically over the last few years, there is much confusion over which products are appropriate for certain applications based on current code requirements.
The IBC and NFPA have changed dramatically to accommodate new fire-rated glazing and framing products. The code changes allow use of fire rated glass in new applications like floor-to-ceiling glass walls and large vision panels and window openings in door assemblies, sidelites and transoms. But, not all fire rated glass can be used in these applications. The codes work to ensure that fire rated glass used as a building material protect occupants from impact, from radiant heat transmission, and from smoke and fire.
Free web courses for AIA or ICC credit
SAFTIFIRST provides free AIA and ICC accredited web classes and regularly publishes the “Code Considerations” e-newsletter to help clear up confusion about the codes and proper uses of fire rated glass and frames. This website also features case studies and articles demonstrating creative and code-compliant applications fire rated glass. Most misapplications happen because the limitations of each product are left out of the discussion. This program will go over the benefits and limitation of each product and the code requirements of the application. Charts, photos and videos will be used to help with understanding and retention. Email Diana San Diego at DianaS@safti.com to schedule a free course for AIA or ICC credit.
Learn More About the Codes and Fire Rated Glass
Articles on Code Topics
- Fire Rated Glazing in Exits
- The IBC and Fire Rated Exterior Openings
- Clearing Up Confusion About 60-minute Fire Rated Applications
- Examples of Code Compliant Glazing in 60-minute Fire Rated Applications
- Fire Rated Glazing in Healthcare Occupancies
- 2012 IBC and ADA Address Vision Areas in Fire Doors
- 2012 IBC Table 716.3 – Marking Fire Rated Glazing Assemblies
- Double Duty – Designing Secure Buildings
- Building with Glass in Hurricane Prone Zones
- NFPA 80 Considers Annex Note to Clear Up Framing Confusion
- Decoding Framing Requirements
- It Makes Sense to Replace Wired Glass in Healthcare Facilities
- Wired Glass is NOT Safety Glass
- Code Terms Glossary
Code Considerations Newsletters
- Think Twice About Special Purpose Sprinklers – April 2015
- Designing Secure Buildings – December 2014
- Take the Stairs! Using Fire Rated Glass to Reinvent Stairways – September 2014
- Building with Glass in Hurricane Zones – June 2014
- NFPA 80 Considers Annex Note to Clear Up Framing Confusion – March 2014
- Decoding Framing Requirements – December 2013
- Fire Rated Glazing in Healthcare Occupancies – April 2013
- Code Requirements for 60-min Fire Rated Applications – November 2012
- New IBC Marking System for Fire Rated Glazing Assemblies – July 2012
- The IBC and Fire Rated Exterior Openings – March 2012
- Code FAQs – October 2011
- 2012 IBC Clarifies Fire Rated Glass Applications – June 2011
- 2012 IBC & Temperature Rise Doors – January 2011
- The Difference Between Safe and Unsafe Wired Glass – June 2010
Examples of Code-Compliant Installations
- Healthcare Occupancies Project Gallery
- Examples of Code Compliant Glazing in 60-min applications
- Using Fire Rated Glass in Sustainable Building Design
- Fire Rated Glazing in School Settings
- Showcase of SuperLite II-XL in School Settings
- Using Fire Rated Glass to Improve Vision, Lighting and Safety
- Case Study: David Eccles School of Business
- Case Study: Cincinnati Art Museum
- Case Study: Orlando VA Medical Center
- Case Study: Las Olas Beach Club and Condos, Miami, Florida
- Case Study: 2-hour Curtain Wall, Prairie Hills Jr High
- Case Study: Fire Rated Glass Inside and Out
- Case Study: Fire Doors with Fire Resistive Vision Areas
- Case Study: University of Michigan Law School
- Case Study: Central Carolina Health Education Facility
- Case Study: Middlebury Replaces Unsafe Wired Glass
- Case Study: University of California, Davis Medical Center
- Case Study: North Layton Junior High, Salt Lake City
