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Table of Contents

Section 1
Grating Manufacturing Processes

Section 2
Standard Marking System

Section 3
Standard Molded Grating Details

Section 4
Standard Pultruded Grating Details

Section 5
Tolerances of Manufactured and Fabricated Panels

Section 6
Load Tables / Inch-Pound units

Section 7
Load Tables / SI units

Section 8
Anchoring Details, Banding and Kickplates

Section 9
Ordering Information

Section 10
Standard Specification
Molded and Pultruded Grating

Section 11
Code of Standard Practice

Glossary

APPENDIX –
Testing Standard

 

ASCE Prestandard (DRAFT)

Introduction

The Fiberglass Grating Manufacturers Council (FGMC) of the American Composites Manufacturers Association (ACMA) has developed and prepared this DRAFT of the Fiberglass Grating Manual. Manufacturers of FRP grating represented on the Council manufacture fiberglass grating products conforming to the standards and specifications contained herein.

The purpose of this manual is the publication of consensus performance standards for fiberglass grating and to define the standardized testing procedures to be used to assure compliance of fiberglass grating products to those in this standard. Other information useful to engineers, architects and other design professionals include installation recommendations and anchoring details. This manual contains advisory information only and will be formerly published by the American Society of Civil Engineers (ASCE) after it has been reviewed and approved through a National concensus standard process under the guidelines of the American National Standards Institute (ANSI). ASCE and the ACMA disclaims all liability of any kind for the use, application or adaptation of materials published in this manual.

Fiberglass grating has been manufactured and used since the 1960’s. It exhibits many superior features (as compared to metal gratings or wood decks) that are beneficial in a variety of applications. These features include corrosion and rot resistance, lightweight, high strength to weight ratio, electrical and thermal non-conductivity and molded in colors. Due to the relatively low modulus of elasticity of glass fiber reinforced polymers, fiberglass grating is always designed based on the maximum acceptable deflection under load, rather than based on loads the gratings could actually carry before failure. This design methodology results in very high real safety factors.

We appreciate your interest in fiberglass grating system and look forward to your input and comments on our DRAFT Standard.

Sincerely,

Kenneth Berg, P.E., F.ASCE
Chair, FGMC

 

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