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ELECTROPLATING

by Frederick A. Lowenheim

Pages--594+vi; Tables--125; Figures--109; References--57.
ISBN 1 872422 03 9

REFERENCE BOOKS

Code: EP43

Contents of this page:

Description
Table of Contents

Description

Based on the principle that "know-how" is much more useful when it is backed up by "know-why", this book gives you a comprehensive basic understanding of the materials and processes of electroplating. It examines the influence of metallurgy and corrosion in electroplating practice, then describes preplating procedures with emphasis on chemical considerations. Rinsing and water supplies, essential to successful electroplating, receive careful discussion, followed by a look at the fundamentals of direct current.

A distinctive feature of this book is its detailed discussion of plating metals. Each metal is examined in terms of its abundance and origin, its place in the periodic system, methods of recovery, physical and chemical properties, principal compounds and their reactions. These sections provide the reader with a thorough knowledge of the materials to enable them to meet emergencies intelligently, select the right metal for the job, and understand the reasons for the composition of plating baths.

The actual plating processes are described, with constant reference to ASTM and other specifications and recommended practices. Metals considered include not only the familiar protective, decorative and engineering coatings, but a number of rarely used metals and alloys as well.

Related processes that come up for discussion include electroless and immersion plating, plating on nonconductors, electroforming, conversion coatings and anodising. Methods of analysis, waste disposal, statistical control and sampling are also examined.

Sponsored by the American Electroplaters’ Society, this book fills a long-standing need for an authoritative, comprehensive introduction to the theory and practice of electroplating.

Table of Contents

Part one: Fundamentals

Introduction: The What and Why of Metal Finishing

1. Background: The Place of Electrochemistry in Technology

2. Some Definitions and the Basics of Electrodeposition

3. Corrosion

4. Metallurgy

Part Two: Electroplating: Principles and Practice

Section A: Preparation for Finishing

5. Chemical Preparation for Finishing

6. Mechanical Preparation for Finishing

7. Rinsing and Water

Section B: Fundamentals of Electroplating

8. Electrochemistry Applied to Electroplating

9. Electricity and the Electroplater

Section C: The Plating Metals

10. Introduction to the Plating Metals

11. Sacrificial Coatings: Zinc and Cadmium

12. Decorative/Protective Coatings: Copper, Nickel, Chromium

13. The Engineering Metals

14. Minor Metals

15. Uncommon Metals

16. Alloy Plating

Part Three: Related Processes

17. Autocatalytic (‘Electroless’) Plating

18. Immersion Plating

19. Plating on Nonconductors

20. Electroforming

21. Conversion Coatings

22. Anodizing Aluminium

Part Four: Special topics

23. Specifications and Tests

24. Control and Analysis

25. Waste Treatment and Metal Recovery

26. Control Charts, Sampling and Quality Control

Appendixes

A-1 Electrochemical Equivalents of Elements of Plating Interest

A-2 Conversion Factors: U.S. Customary Units — SI

A-3 Glossary of Terms

Bibliography

 

 

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 Page last revised 11.02.05

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