EIMA 101.91:1992 EIFS Industry Members Association. Standard Guide for use of resin coated, glass fiber mesh in exterior insulation and finish systems (EIFS), Class PB.
- Abbreviation
- EIMA 101.91:1992
- Amendment
- Revised June 1992
- Valid from
- 1/03/1992
- Information provider
- EIFS Industry Members Association,
- Information type
- Guidelines,
Description
The EIFS Industry Members Association (EIMA) has prepared this generic Guide Standard for use as guidelines when specifying glass fiber mesh for use with Exterior Insulation and Finish Systems, Class PB. (Hereinafter referred to EIFS or System.)
Specific installation instructions and procedures for each particular system must be obtained from the manufacturer supplying the materials. EIMA does not endorse any particular system or make any recommendations in regard to a specific manufacturers products or application procedure. It is the sole responsibility of the manufacturer to provide all parties with specific recommendations regarding their product application and limitations.
NOTE: This specification is intended as a guideline for experienced specification writers only, and is not intended to be used verbatim as an actual specification. It must be integrated into and coordinated with the procedures of each architectural firm, product manufacturer, and the requirements of the specific project. It is intended solely to cover the exterior insulation portion of the building and assumed that the exterior insulation and finish system is being applied to a sound substrate.
Scope
This guide covers the inclusion of resin coated, glass fiber mesh in exterior insulation and finish systems (EIFS). When embedded in the base coat mixture, the glass fiber reinforcing mesh provides lamina continuity, helps to prevent cracks and increases impact resistance.
The values stated in inch-pound units are to be regarded as the standard. Information/values given in parentheses are for information only.
This resource is cited by:
EIMA 101.91:1992 EIFS Industry Members Association. Standard Guide for use of resin coated, glass fiber mesh in exterior insulation and finish systems (EIFS), Class PB.
This document is CITED BY:
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E2/AS1 (Amd 7) (Third Edition, Amendment 7)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
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E2/AS1 (Amd 6) (Third Edition, Amendment 6)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
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E2/AS1 (Amd 5, Errata 2) (Third Edition, Amendment 5, Errata 2)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
-
E2/AS1 (Amd 5) (Third Edition, Amendment 5)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
-
E2/AS1 (Amd 4) (Third Edition, Amendment 4)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
-
E2/AS1 (Amd 8) (Third Edition, Amendment 8)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
-
E2/AS1 (Amd 9) (Third Edition, Amendment 9)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
-
E2/AS1 (Amd 10) (Third Edition, Amendment 10)
EIMA 101.91:1992 is cited by Acceptable Solution E2/AS1: External Moisture from 1/02/2005
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CCANZ CP 01:2014
EIMA 101.91:1992 is cited by Code of Practice for Weathertight Concrete and Concrete Masonry Construction
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CCANZ CP 01:2022
EIMA 101.91:1992 is cited by Code of Practice for Weathertight Concrete and Concrete Masonry Construction
-
NASH Building Envelope Solutions: 2019
EIMA 101.91:1992 is cited by NASH Building Envelope Solutions: 2019 - Light Steel Framed Buildings.
This resource cites:
EIMA 101.91:1992 EIFS Industry Members Association. Standard Guide for use of resin coated, glass fiber mesh in exterior insulation and finish systems (EIFS), Class PB.
This document CITES:
EIMA 101.91:1992 cites ASTM E2486-06 Standard Test Method for Impact Resistance of Class PB and PI Exterior Insulation and Finish Systems (EIFS)
EIMA 101.91:1992 cites ASTM E695-79(1991) Standard Method for Measuring Relative Resistance of Wall, Floor and Roof Construction to Impact Loading