Home of the ‘finishing HOTLINE‘ since 1989

metallic coatings book

Metallic Coatings for Corrosion Control

by V.E. Carter

Summary: Metallic Coatings for Corrosion Control by V.E. Carter is a 1977 metallic coatings book focused on using metal deposits and surface layers to control corrosion in engineering service.

Format
Hardcover
Pages
183
Publisher
Butterworth & Co (Publishers) Ltd.
Year
1977
ISBN
0408002700

Metallic Coatings Book Details

Metallic Coatings for Corrosion Control by V.E. Carter is a metallic coatings book for readers who want to understand how metal surface layers are used to reduce corrosion risk. The Finishing.com record identifies this title as a 1977 hardcover from Butterworth & Co (Publishers) Ltd., with 183 pages and ISBN 0408002700. That places it in the older engineering-corrosion literature, where the emphasis is less on quick formulas and more on choosing protective systems intelligently.

The subject is important because corrosion control is not one technique. Metallic coatings can protect by acting as a barrier, by providing sacrificial protection, by changing surface chemistry, by improving wear or erosion resistance, or by making a surface suitable for another coating system. Zinc on steel, nickel-chromium systems, cadmium coatings, tin coatings, aluminum coatings, metallizing, hot-dip coatings, electroplated deposits, claddings, and conversion-related metallic surfaces can all serve different purposes. The right choice depends on the substrate, environment, geometry, service life, maintenance expectations, and failure consequences.

For Finishing.com readers, a metallic coatings book sits at the intersection of corrosion theory and finishing practice. A coating that looks attractive may not protect well. A coating that protects in one environment may fail quickly in another. A sacrificial coating may continue protecting a scratch, while a barrier coating with porosity can accelerate corrosion at a defect. A thick coating may help service life but create dimensional problems. A more noble metal may be dangerous on the wrong substrate if the system is breached. These are exactly the kinds of distinctions that matter in real finishing decisions.

V.E. Carter is credited as the author, but reliable public biographical information was not found during this review. That uncertainty should not be turned into invented authority. The useful public fact is that Carter authored a focused Butterworth reference on metallic coatings and corrosion control. For a reader evaluating the book, the title, publisher, year, page count, and ISBN are stronger evidence than any unsupported author biography.

A book like Metallic Coatings for Corrosion Control can help readers think beyond the question, What finish should I use? The better question is often, What must the finish do in this service environment? A coating may need to resist salt spray, outdoor weathering, chemical attack, humidity, galvanic coupling, abrasion, fretting, thermal cycling, handling damage, or decorative inspection. The finish may also need to be solderable, paintable, conductive, wear resistant, food safe, RoHS-compliant, or compatible with threaded dimensions. Corrosion control is not separate from design; it is part of design.

The title is also useful because metallic coatings are sometimes misunderstood as interchangeable. Zinc plating, hot dip galvanizing, mechanical plating, sherardizing, aluminum diffusion coatings, electroless nickel, hard chromium, decorative nickel-chrome, tin, silver, copper, cadmium, and phosphate-plus-paint systems do not solve the same problems. Each has a different protection mechanism, thickness range, appearance, cost structure, environmental burden, and failure mode. Older corrosion-control books can be helpful because they force readers to compare mechanisms rather than only shop availability.

There are important cautions. A 1977 corrosion reference should not be treated as the final word on today’s regulations, exposure limits, environmental restrictions, cadmium use, hexavalent chromium controls, PFAS concerns, wastewater requirements, RoHS or REACH compliance, customer specifications, or modern test methods. Many metallic coatings remain relevant, but the acceptable chemistry and compliance landscape has changed. The best use of this book is as background for corrosion logic, then to verify choices against current standards, supplier data, regulatory requirements, and engineering review.

This page is also a buying guide. If you are looking for Metallic Coatings for Corrosion Control, compare the title, author, publisher, year, binding, ISBN, and condition before buying. The original Finishing.com record gives ISBN 0408002700. The older Amazon widget on the page points to identifier 1483176436, which appears to be a marketplace or later-format identifier rather than the visible original ISBN. That kind of mismatch is common with older technical books, so buyers should check the offered edition carefully before ordering.

For related Finishing.com research, this metallic coatings book pairs naturally with searches on galvanizing, zinc plating, nickel-chrome systems, cadmium alternatives, corrosion resistance, salt spray testing, conversion coatings, and paint over metal finishes. It is most useful for readers who want to understand why one coating system is chosen over another, and what can go wrong when the protection mechanism is misunderstood.

Related Finishing.com Resources

External Resources