Innovative Pre-Treatment Techniques to Prevent Corrosion of Metallic Surfaces

L. Fedrizzi, H. Terryn, A. Simoes1845693655, 9781845693657, 1420066714, 9781420066715, 9781845693688

Providing a resource on effective pre-treatment techniques to prevent corrosion of metallic surfaces, this book discusses key research on the development of techniques for a range of metals. It reviews various coatings and preparation methods for aluminium and aluminium alloys such as silane films, sol-gel coatings and magnesium-rich primers, then explores the pre-treatment methods for steel, copper and magnesium alloys. The book assesses methods for monitoring the effectiveness of pre-treatments, covering dissolution-precipitation mechanisms and their electrochemical behavior. It is a valuable reference to corrosion problems and the use of pre-treatment techniques in the coatings industry.

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Table of contents :
Contents……Page 4
Contributor contact details……Page 10
European Federation of Corrosion (EFC) publications: Series introduction……Page 16
Volumes in the EFC series……Page 18
1.1 Introduction……Page 24
1.3 Results and discussion……Page 25
1.4 Conclusions……Page 38
1.5 References……Page 40
2.1 Introduction……Page 42
2.2 Experimental procedures……Page 44
2.3 Results and discussion……Page 45
2.6 References……Page 56
3.1 Introduction……Page 58
3.2 Experimental procedures……Page 59
3.3 Results and discussion……Page 61
3.4 Conclusions……Page 73
3.5 References……Page 74
4.2 Experimental procedures……Page 75
4.3 Results and discussion……Page 76
4.4 Conclusions……Page 83
4.6 References……Page 84
5.1 Introduction……Page 86
5.2 Experimental procedures……Page 87
5.3 Results and discussion……Page 88
5.4 Conclusions……Page 92
5.6 References……Page 93
6.1 Introduction……Page 94
6.2 Experimental procedures……Page 95
6.3 Results……Page 96
6.4 Discussion……Page 102
6.7 References……Page 104
7.1 Introduction……Page 106
7.2 Experimental procedures……Page 107
7.3 Results and discussion……Page 108
7.6 References……Page 117
8.1 Introduction……Page 119
8.2 Experimental procedures……Page 120
8.3 Results……Page 122
8.6 References……Page 131
9.1 Introduction……Page 133
9.3 Results and discussion……Page 135
9.4 Conclusions……Page 140
9.6 References……Page 141
10.1 Introduction……Page 142
10.2 Experimental procedures……Page 143
10.3 Results……Page 145
10.4 Discussion……Page 152
10.5 Conclusions……Page 155
10.7 References……Page 156
11.2 Experimental procedures……Page 158
11.3 Experimental results……Page 160
11.4 Discussion……Page 168
11.6 Acknowledgements……Page 169
11.7 References……Page 170
12.1 Introduction……Page 171
12.2 Experimental procedures……Page 173
12.3 Results and discussion……Page 175
12.6 References……Page 179
13.1 Introduction……Page 181
13.2 Experimental procedures……Page 182
13.3 Results and discussion……Page 184
13.4 Conclusions……Page 194
13.6 References……Page 195
14.1 Introduction……Page 197
14.2 Experimental procedures……Page 198
14.3 Results and discussion……Page 199
14.5 References……Page 205
15.1 Introduction……Page 207
15.2 Experimental methods, results and discussion……Page 208
15.4 Acknowledgement……Page 222
15.5 References……Page 223
16.1 Introduction……Page 224
16.2 Experimental procedures……Page 225
16.3 Results and discussion……Page 227
16.4 Conclusions……Page 237
16.6 References……Page 238
Index……Page 240