This document provides a summary of a presentation about designing buildings for security protection using laminated glass. It discusses the types of security threats buildings may face like burglaries, forced entry, ballistic attacks and bomb blasts. It then explains the different types of security glazing like bullet resistant, blast resistant and their typical thicknesses required to resist different threat levels. Finally, it summarizes the benefits of laminated glass for security protection, discussing how it performs during bomb blasts to retain glass and resist debris penetration.

1. Designing for Security Protection with Laminated Glass

2. Presented by: This course is worth 1 hour of Health, Safety and Welfare Credit through the American Institute of Architects Saflex

4. Solutia Architectural Brands

6. Providing Security Protection & Glass Options

7. Safety vs. Security Safety = refers to freedom from the risk OR occurrence of injury/loss from natural cause Security = refers to freedom from the risk OR occurrence of injury/loss from the intentional actions of mankind

8. What is expected of security glazing? Glazing: Must provide an element barrier, excellent optical quality and ease of maintenance Must resist impact, forced entry, bomb blasts, accidental explosions, and ballistic attacks according to national consensus standards Must allow for Building Envelope to be maintained Security glazing is not mandated by the model building codes. The need for security protection and the level of security desired to meet perceived needs are determined by the occupants or owners

12. Benefits of Laminated Glass FORCED ENTRY

15. Typical Thickness per Level Check this versus GANA guide 2” .30-’06 Rifle Level 4 High Power – Rifle 1 ¾” .44 Magnum Revolver Level 3 Super Power – Small Arms 1 ½” .357 Magnum Revolver Level 2 High Power – Small Arms 1 ¼” Super .38 Automatic / 9mm Level 1 Medium Power – Small Arms Typical Laminate Thickness Typical Weapon UL 752 Test

17. LAG Configurations Single Lite Forced Entry Bomb Blast Hurricane Acoustical Safety Laminated Insulated Same as Single Plus: Energy Conservation Enhanced Acoustical Double Laminated Available Multi-ply Laminated Same as Single Plus: Enhanced Forced Entry Enhanced Forced Exit Bullet Resistance Enhanced Blast Resistance

18. Bomb Blast Review

21. Blast Test Methods and Standards

26. Large Shock Tube Photo Courtesy of Baker Risk – San Antonio, Tx

28. Explosive in tube

29. Specimen Chambers

30. Blast Detonation

33. Blast Protection/Hazard Rating HH High Hazard Zone Blast Window Threshold 2.0 m 1.0 m 0.6 m ISC/GSA No Break No Hazard Minimal Hazard VLH Very Low Hazard Zone LH Low Hazard Zone Threshold 0.5 m 1 2 3a 3b 4 5

36. Blast Test with Annealed

37. Blast Resistant Glazing Retrofit Installations Glazing Tape Existing Aluminum Frame or Window Glazing Tape Retrofit Frame Laminated Glass Setting Block 1/8 - 1/4” thick (positioned at bottom of glass only - 6” from corners & midpoint) Existing Glass

38. Blast Test with Laminated

39. 20 psi ; 78 psi*msec 700 lb. TNT Equivalent From the OUTSIDE!

40. 20 psi ; 78 psi*msec 700 lb. TNT Equivalent From the INSIDE!

41. Twin Span – Curtain Wall Pre-test: 6 psi @ 42 psi*msec

42. Twin Span – Curtain Wall Post-test: 6 psi @ 42 psi*msec

47. Additional Protection Safety, Sound and Solar

52. Project Showcase

53. Las Vegas Federal Courthouse Architect: Dworsky Associates

54. Oklahoma City Federal Campus Architect: Ross Barney and Jankowski Architects

55. Eagleton Federal Courthouse St. Louis, MO Architect: HOK

56. Oasis 21 Nagoya, Japan Architect: Obayashi Corporation

57. South Beach Cinema Miami, FL Architect: Zyscovich, Inc.

58. Tokyo International Forum Architect: Raphael Vinoly Architects

61. Questions?

62. This presentation is protected by US and International copyright laws. Reproduction, distribution, display and use of the presentation without written permission of the speaker is prohibited. © Solutia Inc. 2007