On-Line DOCUMENTS and CASE HISTORIES
Articles and Case Histories
A New Look at Repairing Corrosion
Damaged Concrete
Construction Innovation, Vol. 1, Num. 3, Winter 1995-1996
Aluminum Sprayed Coating on Board U.S.
Navy Ships
Albert R. Parks, United States Navy, Naval Sea Systems Command, Washington
D.C.
Bridge Zinc Demand May Rise
By: Brenda Sapino, American Metal Market Metalworking News, March 31,
1996
Cincinnati Reduces Maintenance Costs
on Water Tanks
Reprint 181 from "Ohio Cities & Villages"
Comparing the Performance of
Metalized and Conventional Low VOC Coating Applied to Steel in Marine
Environments
Ocean City Research
Corrosion Tests of Flame-Sprayed
Coated Steel - 19 Year Report
The American Welding Society
Economics of Thermal Spraying for the
Long-Term Corrosion Protection of Steel Structures
Hugh Morrow III, Zinc Institute, Inc.
Electrochemical Chloride
Removal and Protection of Concrete Bridge Components (Injection of Synergistic
Corrosion Inhibitors), Executive Summary
Marianna F. Asara, Ann T. Gaynor, Samson Hettiarachchi
Strategic Highway Research Program, National Research Council, Washington, DC,
1990
Environmentally Acceptable
Materials for the Corrosion Protection of Steel Bridges
Robert A. Kogler, J. Peter Ault and Christopher L. Farschon
Excerpts from Federal Highway Administration Report
FHWA-RD-96-058, January, 1997
Florida DOT Tests Passive System
for Protection of Steel Rebar in Concrete
"The Corrosion Metalizing Bulletin," Volume 7, No. 1,
February 1991
Marine Atmospheric Corrosion
Museum Report on the Performance of Thermal Spray Coatings on Steel
Robert M. Kain, Corrosion Scientist
Earl A. Baker, Senior Research Technologist
Metal Spraying of Zinc and
Aluminum in the United Kingdom
J. C. Bailey (Consultant, UK), F. C. Porter (Consultant, UK), M. Round (Metalization
Services Ltd, UK)
Metalizing Steel Bridges in the Field
C. Lorey, P.E., Connecticut Department of Transportation
Extract from "Innovative Practice," May 1995
Non-Skid Coating Developed by Navy for
Metal Surface
Reprinted from "Modern Paint and Coatings," December, 1975
Oregon DOT Uses Zinc Metalizing with
Cathodic Protection on Concrete Bridges
Reprint from "Journal of Protective Coatings & Linings,"
August, 1992
Panama Canal Assesses Metalizing
Journal of Protective Coatings and Linings
November 1997, Volume 14, Number 11
Performance History of
Thermal-Sprayed Aluminum Coatings in Offshore Service
Karl P. Fisher, Marine Materials AS, Norway; William H. Thomason, Conoco,
Inc., USA; Trevor Rosbrook, Salamis JV Ltd, UK; Jay Murali, Conoco Norway, Inc.,
Norway
Reprint from "Materials Performance," April, 1995
Performance of 'Hybrid' Coatings in a
Marine Environment
Manoj Bhuraria and A. S. Khanna
Corrosion Science and Technology (IDP)
Indian Institute of Technology, Bombay, Powai, Mumbai - 400 076, India
Performance of Selected Metalized
Coatings and Sealers on Lock and Dam Facilities
Tim Race, Vince Hock and Al Beitelman
U.S. Army Construction Engineering Research Laboratory
Spray-on Zinc Expected to Grow
Hugh Morrow, Zinc Metalizers Task Group
Reprint from "Metal Bulletin Monthly," October, 1998
The Life Expectancy of a Zinc
Metalized Coating
Comment on a report by The American Welding Society
The Use of Metalizing to
Protect Steel Highway Bridges
Ohio DOT, June, 1996
Thermal Coating as Corrosion Protection
in Boilers
S. Gustafsson, Metallurgical Engineer
Kanthal Development AB, Hallstahammer, Sweden
Thermal Spraying for Maintenance
of Naval Shipyard Facilities
Stephen W. Vittori, James D. Herbstritt
Puget Sound Naval Shipyard, Bremerton, Washington, USA
Thermally-Sprayed Active
Metal Coatings for Corrosion Protection in Marine Environments
Eric S. Lieberman, Graduate Research Assistant; Clive R. Clayton, Associate
Professor; Herbert Herman, Professor; Department of Materials Science &
Engineering, State University of New York, Stony Brook
January, 1984
Try A Metal Coating
Reprint from "The American City"
Twenty Years of Immersion Service
from Zinc Metal Spray at the Mormon Flat Dam
Salt River Project Report, 1995
Use of Thermally Sprayed
Aluminum in the Norwegian Offshore Industry
Olaf Doble and Graham Pryde, Kvaerner Oil & Gas A/S, Stavanger, Norway
From "Protective Coatings Europe," Volume 2, Number 4, April, 1997
What Comes After TBT?
Linda Gillett, Assistant Editor
From "Marine Log," April, 1997 Edition
Wire-Sprayed Aluminum Coating Services in
a SIMA Corrosion Control Shop
The National Material Advisory Board
Zebra Mussel Research Technical
Notes, November, 1994
Prepared by the Zebra Mussel Research Program
U.S. Army Corps of Engineer Waterways Experiment Station
Zinc Metalizing Protects a
Bridge
Reprint from "Welding Design & Fabrication," October, 1986
Zinc Metalizing Protects Dam After 20
Years
By John Brodar, PE, Salt River Project
Zinc Sprayed Coatings in a Liquid
Cargo Tankership
J. N. Childs, Jr., Vice President, Metalweld, Inc., USA
Zinc Thermal Spray - The
Corrosion Solution for the Mormon Flat Dam
Case History from Salt River Project
Specifications
Metalizing Specification for Flue Gas
Protection
Tucson Electric
Metalizing Spillway Gates, Blue Mesa
Dam
Colorado River Storage Project - Colorado
Metalizing System, Specification for Fuel
Storage Tanks
Shell Oil Company
Standard Specification for IMC Metalizing
Industry Guides and Standards
External Zinc-Coating of
Ductile Iron Pipe (ISSN 0317-5669)
National Standard of Canada - CAN/CSA-B131.1-M88 (ISO 8179-1985)
JIS H 8300 - 1971 Zinc Spray Coating
on Iron or Steel
Japanese Industrial Standard, Tokyo Metallikon Co., Ltd.
JIS H 8301 - 1971 Zinc Spray Coating
on Iron or Steel
Japanese Industrial Standard, Tokyo Metallikon Co., Ltd.
Metallic Coatings - Protection of Iron
and Steel Against Corrosion - Metal Spraying of Zinc, Aluminum, and Alloys of
These Metals
ISO Draft International Standard ISO/DIS 2063, 1986
The Training & Certification of
Metal Spraying Protective Inspectors
M. J. Round, Metallisation Services Limited, UK
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