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1998-06-22
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SECTION 08842
LAMINATED GLASS GLAZING
NOTE ** Solutia, Inc., laminated glass and glazing.
NOTE **
NOTE ** This section is based on the products of Solutia,
Inc., which is located at:
NOTE ** 10300 Olive Boulevard
NOTE ** P.O. Box 66760
NOTE ** St. Louis, MO 63166-6760
NOTE ** Tel: (314) 674-1000
NOTE ** Tel: (800) 248-6844
NOTE ** Fax: (314) 674-3439
NOTE ** Internet: www.saflex.com
NOTE **
NOTE ** Solutia, Inc. produces Saflex(R) Interlayer, a
plasticized polyvinyl butyral (PVB), which is used
as the strengthening layer between plies of glass
to produce laminated glass.
NOTE **
NOTE ** SECTION 08842 - LAMINATED GLASS GLAZING, Copyright
1998, The Architect's Catalog, Inc.
PART 1 GENERAL
1.1 SECTION INCLUDES
NOTE ** Select paragraphs below applicable to project.
Laminated glass manufactured with 0.015 inch PVB
interlayer meets Category I tests of the Consumer
Product Safety Commission, Federal Standard 16CFR
1201. Laminated glass manufactured with 0.030 inch
PVB interlayer meets Category I and II tests of the
Consumer Product Safety Standard. Both laminated
products comply with ANSI Z97.1.
NOTE **
NOTE ** Any glazing greater than 9 square feet (0.836
square m) intended for use in shower, tub, or patio
door assembly must be certified to comply with
Category II.
A. Flat laminated glass, CPS Category I.
B. Flat laminated glass, CPS Categories I and II.
C. ______________________________________.
1.2 RELATED SECTIONS
NOTE ** Delete sections below not relevant to this project;
add others as required.
A. Section 07900 - Joint Sealers.
B. Section 08100 - Metal Doors and Frames.
C. Section 08200 - Wood and Plastic Doors.
D. Section 08520 - Aluminum Windows.
E. Section 08600 - Skylights.
F. Section 08800 - Glazing.
G. Section 08910 - Metal-Framed Curtain Wall.
H. Section 10185 - Shower and Dressing Compartments.
I. Section 13125 - Greenhouses.
J. ______________________________________.
1.3 REFERENCES
NOTE ** Delete references from the list below that are not
actually required by the text of the edited
section; add others as required.
A. ANSI Z97.1 - American National Standard for Glazing
Materials Used in Buildings -- Safety Performance
Specifications and Methods of Test.
B. ASTM C 1036 - Specification for Flat Glass.
C. ASTM E 1300 - Practice for Determining the Minimum
Thickness and Type of Glass Required to Resist a
Specified Load.
D. ASTM F 1233 - Test Method for Security Glazing Material
and Systems.
E. Consumer Product Safety Commission, Federal Standard
16CFR1201.
F. UL 752 - Standard for Bullet-Resisting Equipment.
G. UL 972 - Standard for Burglary Resisting Glazing
Material.
H. ___________________________________.
PART 2 PRODUCTS
2.1 MANUFACTURERS
A. Acceptable Interlayer Manufacturer: Solutia, Inc., 10300
Olive Boulevard, P.O. Box 66760, St. Louis, MO 63166-
6760; ASD. Tel: (314) 674-1000 or (800) 248-6844; Fax:
(314) 674-3439; Internet: www.saflex.com
NOTE ** Contact Glass Association of North America,
Laminating Division, 3310 SW Harrison Street,
Topeka, KS 66661-2279; Tel: (913) 266-7013, for a
list of member companies which could be included
below.
B. Acceptable Laminated Glass Manufacturers:
____________________________________________________.
C. Requests for substitutions will be considered in
accordance with provisions of Section 01600.
NOTE ** Delete paragraph above or below; coordinate with
Division 1 requirements.
D. Substitutions: Not permitted.
E. Provide all laminated glass from a single manufacturer.
2.2 MATERIALS
NOTE ** Glass and interlayer combinations are available in
a wide range of colors and transmissions. Cost and
availability will depend on the specific color and
transmission selected.
A. Interlayer: Plasticized polyvinyl butyral (PVB).
NOTE ** Select PVB thickness and color below; delete those
not required for the project. As an alternative,
when several types of laminated glass are required,
delete thickness and color designations below and
specify under the applications in Article 2.3,
below.
1. Thickness: 0.015 inches (0.38 mm).
2. Thickness: 0.030 inches (0.76 mm).
3. Thickness: 0.060 inches (1.52 mm).
4. Thickness: 0.090 inches (2.28 mm).
5. Color: Clear.
6. Color: Bronze, Light.
7. Color: Bronze, Medium.
8. Color: Bronze, Dark.
9. Color: Gray.
10. Color: Blue Green.
11. Color: Neutral Brown, Light.
12. Color: Neutral Brown, Medium.
13. Color: Neutral Brown, Dark.
14. Color: Translucent White.
NOTE ** Select type(s) of glass below; delete those not
required for the project. As an alternative, when
several types of laminated glass are required,
delete glass types below and specify under the
applications in Article 2.3, below.
B. Glass: Conforming to ASTM C 1036.
1. Annealed.
2. Tempered.
3. Heat-strengthened.
4. Chemically-strengthened.
5. Spandrel.
6. Tinted.
7. Reflective.
8. One-way mirror.
9. Two-way mirror.
10. Clear bent.
11. Tinted bent.
12. Reflective bent.
13. Wired.
2.3 LAMINATED GLASS
NOTE ** Design charts in ASTM E 1300 are used to select the
proper thickness of laminated glass subject to wind
and snow loads. The procedure involves checking
the strength of a trial laminated glass design
against the design load which has been determined
by the Architect or obtained from applicable
building codes.
A. Provide laminated glass comprised of two or more pieces
of glass and one or more interlayers, permanently bonded
together under heat and pressure.
NOTE ** Select applications for laminated glass from
paragraphs below, adding others as required for the
project. Delete applications not required; delete
insignificant properties within each application.
B. Entrance Doors:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
C. Sliding Doors:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
D. Shower and Tub Enclosure Doors:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
E. Storm Doors:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
F. Sidelights:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
G. Fixed Glass Panels:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
H. Vision and Spandrel Areas:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
I. Greenhouses:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
J. Skylights:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
K. Sloped Glazing:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
L. Burglar-Resistant Glazing:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
M. Bullet-Resistant Glazing:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
N. Blast-Resistant Glazing:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
O. _________________________________:
1. Glass Type: _________________________________.
2. Glass Thickness: _______ inches (______ mm).
3. Pieces of Glass: _______.
4. Interlayer Thickness: _______ inches (______ mm).
5. Interlayer Color: _____________________.
6. Number of Interlayers: _____.
7. Overall Thickness: _______ inches (______ mm).
8. STC Value: ___________.
9. Visible Light Transmittance: ________ percent.
10. Solar Optical Transmittance: ________ percent.
11. Properties Shading Coefficient: _________.
12. Design Instantaneous Heat Gain: _______ BTUH/sq. ft.
PART 3 EXECUTION
3.1 EXAMINATION
A. Inspect and verify that frame openings are correct size
and conform to recommendations of the glazing
manufacturer.
3.2 PREPARATION
A. Clean frame contact surfaces with compatible solvent and
wipe dry. Do not allow solvent to pool in glazing
channels.
3.3 INSTALLATION
A. Install laminated glass in accordance with manufacturer's
recommendations for edge engagement and expansion
allowance.
B. Employ only sealants and glazing accessories that have
been approved by laminated glass manufacturer.
END OF SECTION
