The Properties of Electrodeposited Metals and Alloys

Electrodeposited Metals Book Details

The Properties of Electrodeposited Metals and Alloys by William H. Safranek is an electrodeposited metals book for readers who need to understand what plated deposits actually do after they are produced. The book is listed as the 2nd edition, published in 1986 by the American Electroplaters Society, with ISBN 093656900X. For serious electroplating work, this kind of reference matters because the final value of a coating is not only that metal was deposited. The important question is what properties the deposit has and how those properties change with process conditions.

Ted Mooney describes this volume as a book he refers to constantly, which says a great deal about its practical value. The review notes that it contains 24 chapters on 23 different electrodeposited metals, along with hundreds of charts, tables, and photomicrographs, plus thousands of references. That scope makes it more than a general plating overview. It is a properties-focused reference for people who need to compare deposits, understand behavior, and make process decisions based on evidence rather than habit.

A strong electrodeposited metals book helps answer questions that come up constantly in real finishing work. How does a sulfamate nickel deposit compare with a Watts nickel deposit? What happens if bath temperature is lowered? How do brighteners, agitation, current density, impurities, or alloying elements affect hardness, ductility, internal stress, corrosion behavior, porosity, grain structure, or appearance? These questions matter because two deposits with the same metal name may behave very differently in service.

The book is especially useful because electrodeposited metals are not simply bulk metals transferred onto a part. Plated deposits can have different microstructures, internal stresses, impurity levels, preferred orientations, hardness, and mechanical behavior than wrought or cast metal. A chromium deposit, copper deposit, nickel deposit, zinc deposit, cadmium deposit, tin deposit, silver deposit, gold deposit, or alloy deposit may need to satisfy a different mix of appearance, conductivity, solderability, wear resistance, corrosion protection, thickness distribution, or fatigue performance.

For engineers and finishers, this difference between metal identity and deposit properties is critical. A specification may call for nickel, but the application may require low stress, good ductility, brightness, corrosion resistance, or compatibility with a subsequent deposit. A zinc coating may be selected for sacrificial protection, while a tin coating may be chosen for solderability or contact behavior. Precious metal deposits may be judged by conductivity, porosity, hardness, wear, and cost. A reference organized around properties helps readers connect bath choices to final performance.

Safranek’s title is also valuable for troubleshooting. When a deposit fails, the cause may not be obvious from appearance alone. A brittle deposit, poor adhesion, unexpected corrosion, cracking, high stress, roughness, poor solderability, or low wear resistance can point back to bath chemistry, additives, contamination, current density, temperature, agitation, pretreatment, or post-treatment. Charts, photomicrographs, and references give a reader ways to think about those links more concretely.

For Finishing.com readers, this electrodeposited metals book belongs near electroplating, deposit testing, materials selection, process control, and specification work. It is relevant to job shops, consultants, engineers, laboratory personnel, quality managers, and anyone trying to understand why plated metal behaves the way it does. It is also useful for readers comparing different plating systems or trying to decide whether a process change is likely to improve or harm a deposit.

This page is also a buying guide. If you are searching for The Properties of Electrodeposited Metals and Alloys, confirm William H. Safranek as author, the 2nd edition, American Electroplaters Society as publisher, 1986 publication year, and ISBN 093656900X. Because the title is specialized and older, marketplace listings may be sparse or poorly described. Clear seller photos and edition details are worth checking before buying.

Related Finishing.com Resources

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External Resources

• WorldCat search for ISBN 093656900X – Library catalog search for matching records and editions.
• Google Books search for ISBN 093656900X – Book search for alternate bibliographic records.
• Open Library ISBN record – Bibliographic record matched by ISBN and reviewed during the deep research pass.