Inhaltsverzeichnis

• BEGINN
• Preface
• Contents
• 1 Introduction
• 2 The Materials Steel and Zinc, Flux
• 2.1 Designation of Metals According to European Standards
• 2.2 Properties of the Metals Iron and Zinc as well as of the Alloys FeZn
• 2.3 Zinc Melts
• 2.4 Fluxes
• 3 The Technology of Hot-Dip Galvanizing
• 3.1 Process Variants
• 3.2 Technological Features of Hot-Dip Galvanizing
• 4 Layer Growth
• 4.1 Conventional Zinc Melt
• 4.2 Alloyed Zinc Melts
• 5 Layer Structure
• 5.1 Conventional Zinc Melts
• 5.2 Alloyed Zinc Melts
• 5.3 Layer Structure on Galvanizing Kettles
• 6 Hydrogen Determination in Structural Steels
• 7 Holistic Representation of the Galvanizing Process in Conventional Zinc Melts between 435 °C and 620 °C
• 7.1 General Survey
• 7.2 Particular Temperature Ranges
• 8 Infl uence of Layer Formation on Selected Layer Properties
• 8.1 Bonding Strength
• 8.2 Liquid Metal Induced Embrittlement (LME)
• 8.3 Outgassing of Zinc Coatings
• 8.4 Spangles
• 9 Experimental Studies on Zinc Coatings
• 9.1 Structure of Zinc Coatings
• 9.2 Defects and Special Features of Layer Formation
• 10 Advantages and Disadvantages of Selected Zinc Melts
• 11 Corrosion Protection Through Zinc Coatings
• 11.1 General
• 11.2 Corrosion at the Atmosphere
• 11.3 Corrosion in Waters
• 11.4 Corrosion in Soils
• 11.5 Corrosion in Civil Engineering and Concrete
• 11.6 Corrosion in Agriculture
• 11.7 Corrosion in Non-Aqueous Media
• 11.8 Corrosion Testing
• 11.9 Duplex-Systems
• 12 40 Questions and 40 Answers
• 13 Literature
• 14 Index
• Advertisers†˜ Index