
Electroplating and Corrosion Protection
A Handbook of Surface Finishing, Anodizing, and Metal-Plating Techniques for Engineers and Small WorkshopsBy Viktor ZagorskyLength13h 27m
About this audiobook
Plating is arithmetic wrapped around chemistry: amp-hours in, micrometres out—provided the surface was clean and the current went where you wanted it.
This handbook teaches both halves of that equation. You will calculate deposit thickness from Faraday's laws, understand why a recess plates thin and how anode placement, thieves, and shields correct it, and prepare surfaces properly so nothing blisters a week later. Nickel, copper, chromium, zinc, tin, precious metals, and electroless nickel each get bath conditions, operating ranges, and their characteristic defects. Anodising and conversion coatings are covered for aluminium and steel. Hull cell work, contamination analysis, and a defect-to-cause troubleshooting chapter follow, closing with corrosion mechanisms, coating selection, and cathodic protection.
Written for engineers, finishers, and small workshops, the book moves from first principles to bench practice without skipping the arithmetic or the chemistry. Whether you are setting up a plating line, diagnosing a blistering deposit, or specifying a coating for a corrosive environment, the chapters give you the calculations, the operating windows, and the diagnostic logic to get repeatable results.
What you will learn:
• Electrochemical principles of deposition and how to calculate deposit thickness from current density and time
• Current distribution and throwing power—why recesses plate thin and how anodes, thieves, and shields fix it
• Setting up a plating area safely, including tank layout, ventilation, and electrical requirements
• Surface preparation and adhesion, from degreasing and pickling to the causes of blistering and peeling
• Bath conditions and operating ranges for nickel, copper, brass, chromium, zinc, tin, silver, gold, and electroless nickel
• Anodising and conversion coatings on aluminium, plus sacrificial coatings for steel
• Bath control and analysis, including Hull cell testing and contamination diagnosis
• Defect-to-cause troubleshooting for pits, roughness, poor adhesion, and uneven deposits
• Corrosion mechanisms, coating selection strategy, and cathodic protection
Who it is for: This book is for engineers, plating technicians, and small workshop operators who need practical, calculation-based guidance on electroplating, anodising, and corrosion protection. It assumes no prior plating experience but does not shy away from the formulas and chemistry required for professional results.
Audiobook details
GenreTechnology
Length13 hrs 27 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateSep 27, 2026
LanguageEnglish
Table of contents
1Electroplating and Corrosion Protection
2Foreword
3Preface
4About This Book
5Important Safety Notice
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6Chapter 1: Electrochemical Principles of Deposition
71.1 Ions, Electrodes and the Plating Cell
81.2 Faraday’s Laws and Deposit Thickness
91.3 Electrode Potentials and the Nernst Equation
101.4 Current Efficiency and Hydrogen Evolution
111.5 Polarization, Overpotential and Bath Conductivity
121.6 Bench Procedure: Measuring Efficiency and Deposit Mass
13Chapter 2: Current Distribution and Throwing Power
142.1 Primary and Secondary Current Distribution
152.2 Throwing Power and the Haring-Blum Concept
162.3 Anode Placement, Thieves and Shields
172.4 Plating into Recesses, Blind Holes and Internal Surfaces
182.5 Bench Procedure: Mapping Distribution with a Coupon Array
19Chapter 3: Setting Up a Plating Area
203.1 Tanks, Linings and Materials of Construction
213.2 Anodes, Bags and Anode Maintenance
223.3 Rectifiers, Ripple and Electrical Practice
233.4 Agitation, Filtration and Heating
243.5 Racking, Contacts and Jigging
253.6 Ventilation and Personal Protection
263.7 Effluent Handling at Small Scale
27Chapter 4: Surface Preparation and Adhesion
284.1 The Case for Preparation and the Nature of Adhesion
294.2 Solvent and Alkaline Degreasing
304.3 Electrocleaning, Pickling and Descaling
314.4 Activation and Strike Layers
324.5 Adhesion Testing and Failure Diagnosis
33Chapter 5: Nickel Plating
345.1 Watts Bath Composition and Operating Conditions
355.2 Brighteners, Levellers and Their Control
365.3 Internal Stress and Its Measurement
375.4 Sulphamate and Other Nickel Baths
385.5 Multilayer Nickel for Corrosion Performance
395.6 Bench Procedure and Defect-to-Cause Table for Nickel
40Chapter 6: Copper and Brass Plating
416.1 Acid Copper Sulphate Baths
426.2 Alkaline and Cyanide-Free Copper Baths
436.3 Brass Plating and Alloy Deposition
446.4 Throwing Power Comparison and Undercoat Strategy
456.5 Bench Procedure and Defect-to-Cause Table for Copper
46Chapter 7: Chromium, Zinc and Sacrificial Coatings
477.1 Decorative Chromium Plating
487.2 Hard Chromium and Trivalent Alternatives
497.3 Zinc Plating from Acid and Alkaline Baths
507.4 Chromate and Passivate Conversion Coatings