Evans / Kennaway / Tolley Plastics as Corrosion-Resistant Materials

The Commonwealth and International Library: Plastics Division
1. Auflage 2013
ISBN: 978-1-4831-3856-5
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 236 Seiten, Web PDF

Plastics as Corrosion-Resistant Materials presents the properties and applications of corrosion-resistant plastics. The book serves as a source of information for people who are looking for practical solutions with their corrosion problems. The book focuses on plastic materials and proven anti-corrosion methods with the use of plastics. It starts by discussing the general properties and applications of plastics. Fabrication of equipments and structures using one or a combination of plastic bases; and use and assembly of plastic pipes and fittings, linings, and coatings are covered as well. Engineers, technicians, plumbers, carpenters, homeowners, and hobbyists will find this book of considerable value.

Autoren/Hrsg.

Evans, V.

Kennaway, A.

Tolley, G.

Inhaltsverzeichnis

1;Front Cover;1
2;Plastics as Corrosion-Resistant Materials;4
3;Copyright Page ;5
4;Table of Contents;6
5;FOREWORD;8
6;PREFACE;10
7;ACKNOWLEDGEMENTS;12
8;CHAPTER 1. INTRODUCTION;14
8.1;What are Plastics?;14
8.2;General Properties of Plastics;15
8.3;Types of Applications;20
9;CHAPTER 2. STRUCTURAL PLASTICS BASED ON THERMOPLASTICS;22
9.1;Design Considerations;23
9.2;Polyethylenes—General Properties;26
9.3;Hot Gas Welding of Polyethylene;28
9.4;Fabrications with Polyethylene;33
9.5;Moulding and Extruding;34
9.6;Applications;36
9.7;Polyvinylchloride (PVC)—General Properties;38
9.8;Hot Gas Welding of Unplasticised PVC;39
9.9;Design Considerations;41
9.10;Typical Applications;42
9.11;PVC Expanded Metal Laminates;46
9.12;Expanded PVC;49
9.13;Vinylchloride Copolymers;49
9.14;High Impact PVC;49
9.15;Polypropylene—General Properties;50
9.16;Hot Gas Welding;51
9.17;Design Considerations;51
9.18;Applications;52
9.19;Acrylic Polymers;52
9.20;Fabrication;54
9.21;ABS Copolymers;57
9.22;Fluorine containing Thermoplastics;57
9.23;Polytrifluorochloroethylene(PTFCE);59
9.24;Fluorinated Ethylene Propylene Copolymers (FEP);60
9.25;Viton;60
10;CHAPTER 3. STRUCTURAL PLASTICS BASED ON THERMOSETTING RESINS;62
10.1;Thermosetting Resins;63
10.2;Phenolic Resins;63
10.3;Furane Resins;64
10.4;Epoxide Resins;64
10.5;Polyester Resins;65
10.6;Silicone Resins;66
10.7;Reinforced Phenolic Resins;67
10.8;Chemical Resistance;68
10.9;Fabrication;69
10.10;Applications;69
10.11;Proprietary Thermosetting Plastic Materials;71
10.12;Glass Reinforced Plastics;73
10.13;Forms of Glass Reinforcement;75
10.14;Fabrication Techniques;77
10.15;Other Methods of Fabrications;83
10.16;Mechanical Properties of Glass Reinforced Plastics;84
10.17;Designing with Glass Reinforced Plastics;84
10.18;Chemical Resistance of Polyester Laminates;88
10.19;Applications of Reinforced Polyester Resins;91
10.20;Epoxide Resin Laminates;96
10.21;Phenolic Resin Laminates;98
10.22;Furane Resin Laminates;99
10.23;Silicone Resin Laminates;100
10.24;Combinations of Glass Reinforced Plastics and Thermoplastics;100
11;CHAPTER 4. PLASTIC PIPES AND FITTINGS;104
11.1;Sizes Available;106
11.2;Pipe Sizes and Flow of Liquids;112
11.3;Methods of Jointing Thermoplastic Pipes;112
11.4;Solvent Cement Welding;113
11.5;Welded Joints;114
11.6;Demountable Joints;117
11.7;Screwed or Threaded Joints;117
11.8;Flanged Joints;118
11.9;Compression Joints;119
11.10;O-ring Joints;119
11.11;Mechanical Joints;121
11.12;Plastic Pipes and Jointing Methods;122
11.13;Installation of Pipelines;122
11.14;Bending of Thermoplastic Pipes;125
11.15;Valves;126
11.16;Applications of Thermoplastic Pipes;127
11.17;Pipes constructed with Thermosetting Plastics;133
11.18;Epoxide Resin Glass Reinforced Pipes;133
11.19;Sizes Available;134
11.20;Properties;134
11.21;Chemical Resistance;135
11.22;Methods of Jointing;135
11.23;Applications;136
11.24;Polyester Resin Glass Reinforced Pipes;136
11.25;Glass Reinforced Thermoplastic Pipes;138
12;CHAPTER 5. LININGS;140
12.1;Definition and General Remarks;140
12.2;Mild Steel Surfaces;141
12.3;Non-ferrous Metals;142
12.4;Concrete Vessels;142
12.5;Other Vessels and Surfaces;143
12.6;Sheet Linings;144
12.7;Plasticised PVC;144
12.8;Chemical Resistance of Plasticised PVC;146
12.9;Applications of Plasticised PVC Linings;147
12.10;Synthetic Rubbers;148
12.11;Chemical Resistance of Synthetic Rubbers;150
12.12;Applications of Synthetic Rubbers as Sheet Materials;152
12.13;Glass Reinforced Plastics as Lining Materials;159
12.14;Dipping;160
12.15;Fluidised Bed Process;164
12.16;Spraying;170
12.17;Plastisols;170
12.18;Dispersions;171
12.19;Flame Spraying;172
12.20;Linings applied by Brush, Roller and Similar Means;173
13;CHAPTER 6. COATINGS;176
13.1;Definition and General Features;176
13.2;General Application Instructions;177
13.3;Types of Coatings;181
14;CHAPTER 7. CORROSION-RESISTANT COMENTS, MORTARS AND SCREEDS;201
14.1;General;201
14.2;Synthetic Resins;201
14.3;Accelerators and Hardeners;202
14.4;Fillers;203
14.5;Application Methods;204
14.6;Chemical Resistance;208
14.7;Applications of Corrosion-resistant Cements;209
14.8;Pipe Joints;215
14.9;Examples of Applications;216
14.10;Synthetic Resin Screeds;217
14.11;Application;220
15;CHAPTER 8. MESCELLANEOUS APPLICATION;222
15.1;Protective Clothing;222
15.2;Foams;222
15.3;Packaging;224
15.4;Thermoplastic Tile Flooring;225
16;BIBLIOGRAPHY;228
17;INDEX;232