Fluorinated Coatings and Finishes Handbook The Definitive User’s Guide And Databook 2nd Edition by Laurence McKeen ISBN 0815515227 9780815515227

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ISBN 10:    0815515227
ISBN 13: 978-0815515227
Author:       Laurence W. McKeen

Fluorinated Coatings and Finishes Handbook The Definitive User’s Guide And Databook 2nd  Table of contents:

1. Fluoropolymers

• 1.1. The Discovery of Fluoropolymers
• 1.2. What Are Fluoropolymers?
• 1.3. Comparison of Fluoropolymer Properties

2. Producing Fluoromonomers, Fluoropolymers, and Fluoropolymer Finishing

• 2.1. Monomers
• 2.2. Polymerization
• 2.3. Finishing

3. The Components of Paint

• 3.1. Binder, Vehicle, Film Former
• 3.2. Important Properties of Liquid Coatings

4. Binders

• 4.1. Nonfluoropolymer Binders
• 4.2. Effect of Temperature on Properties of Binders
• 4.3. Comparison of Properties of Nonfluoropolymer Binders

5. Pigments, Fillers, and Extenders

• 5.1. Dispersion of Pigments
• 5.2. Measuring Dispersion Quality or Fineness
• 5.3. Dispersion Stabilization
• 5.4. Pigment or Particle Settling
• 5.5. Functions of Pigments
• 5.6. Types of Pigments
• 5.7. Permeability, Barrier Properties
• 5.8. Abrasion Resistance, Reinforcement: Physical Property Improvement
• 5.9. Electrically Conductive Fillers
• 5.10. Corrosion Inhibition
• 5.11. Quantifying Pigment Concentrations in Formulations
• 5.12. Commercial Pigment Dispersions

6. Solvent Systems

• 6.1. Classes of Solvents
• 6.2. Solubility and Dissolution of Polymers
• 6.3. Solids–Viscosity Relationships
• 6.4. Viscosity as a Function of Temperature
• 6.5. Evaporation
• 6.6. Solvent Composition and Evaporation Time
• 6.7. Solubility
• 6.8. Surface Tension and Wetting
• 6.9. N-Methyl-2-Pyrrolidone
• 6.10. Conductivity
• 6.11. Flash Point
• 6.12. Autoignition Temperature
• 6.13. Summary

7. Additives

• 7.1. Abrasion Resistance Improvers
• 7.2. Acid Catalysts
• 7.3. Acid Scavengers
• 7.4. Adhesion Promoters, Coupling Agents
• 7.5. Algaecides, Biocides, Fungicides
• 7.6. Anticratering Agent, Fisheye Preventer
• 7.7. Anticrawling Agent
• 7.8. Antifoaming Agent, Defoamer
• 7.9. Antifouling Agent
• 7.10. Rust Inhibitor, Corrosion Inhibitor, Flash Rust Inhibitor
• 7.11. Antisag Agent, Colloidal Additives, Thickeners, Rheology Modifiers
• 7.12. Antisettling Agent
• 7.13. Antistatic Agent, Electroconductive Additives
• 7.14. Coalescents, Coalescing Agent, Film-Forming Agent
• 7.15. Deaerators
• 7.16. Degassing Agent
• 7.17. Dispersant, Dispersing Agent, or Surfactant
• 7.18. Flattening Agents
• 7.19. UV Absorbers and Stabilizers
• 7.20. Lubricants
• 7.21. Moisture Scavenger
• 7.22. pH Control Agent
• 7.23. Summary

8. Substrates and Substrate Preparation

• 8.1. Substrates
• 8.2. Adhesion
• 8.3. Substrate Preparation
• 8.4. Soluble Salts at the Metal Paint Interface
• 8.5. Modifications to Fluoropolymer Surfaces to Improve Adhesion
• 8.6. Preventing Rust after Surface Preparation
• 8.7. Platings
• 8.8. Anodization
• 8.9. Substrate Characterization
• 8.10. Summary

9. Liquid Formulations

• 9.1. Selecting Ingredients
• 9.2. Recipes and Formulas
• 9.3. Formulating Water-Based Coatings
• 9.4. Solvent-Based Coatings
• 9.5. Soluble Fluoropolymers
• 9.6. Fluorotelomer-Based Coatings
• 9.7. Mixing Liquid Coatings Prior to Use
• 9.8. Filtering/Straining
• 9.9. Shelf Life
• 9.10. Commercial Producers and Their Product Lines

10. Application of Liquid Coatings

• 10.1. Liquid Spray Coating Application Technologies and Techniques
• 10.2. Liquid Bulk or Direct Coating Application Techniques
• 10.3. Summary

11. Powder Coating and Films

• 11.1. What is Powder Coating?
• 11.2. Spray Powder Coating Process
• 11.3. Thick Film Coatings
• 11.4. Bulk Application: Fluidized Bed Coating
• 11.5. Powder Fluorocoating Products
• 11.6. Fluoropolymer Film Lamination

12. Fluoropolymer Coating Processing Technology

• 12.1. Baking and Curing; Physics or Chemistry
• 12.2. Monitoring Bake
• 12.3. Types of Ovens

13. Measurement of Coating Properties and Performance

• 13.1. Viscosity Measurement
• 13.2. Density, Gallon Weight, or Liter Weight Measurement
• 13.3. Film Thickness
• 13.4. Wet Film Build
• 13.5. Adhesion Tests
• 13.6. Environmental Exposure Testing
• 13.7. Cathodic Disbondment
• 13.8. Electro-Impedance Spectroscopy
• 13.9. Autoclave Testing
• 13.10. Tribology Testing
• 13.11. Cure
• 13.12. Nonstick Testing
• 13.13. Conductivity
• 13.14. Cookware Testing
• 13.15. Summary

14. Permeation of Fluoropolymer Coatings

• 14.1. History
• 14.2. Transport of Gases and Vapors through Solid Materials
• 14.3. Permeation of Coatings
• 14.4. Permeation and Vapor Transmission Testing

15. Introduction to the Tribology of Fluorocoatings

• 15.1. Friction
• 15.2. Wear and Erosion
• 15.3. Characterizing Wear
• 15.4. Tribology Testing
• 15.5. Tribology Testing for Cookware
• 15.6. Hardness Testing
• 15.7. Erosion Tests
• 15.8. Standard Tests
• 15.9. Coating Selection for Tribology Applications
• 15.10. Tribology Data for Various Fluoropolymers

16. Recognizing, Understanding, and Dealing with Coating Defects

• 16.1. Surface Tension and Shear
• 16.2. Common Coating Defects
• 16.3. Summary

17. Commercial Applications and Uses of Fluorocoatings

• 17.1. A Historical Chronology of Fluoropolymer Finishes Technology
• 17.2. Food Contact
• 17.3. Commercial Applications of Fluorocoatings
• 17.4. Manufacturers Tables of Specific Applications
• 17.5. Summary

18. Health and Safety

• 18.1. Toxicology of Fluoropolymers
• 18.2. Safe Handling and Application of Liquid Fluoropolymer Coatings
• 18.3. Thermal Properties of Fluoropolymers
• 18.4. Removal of Fluoropolymer Films and Coatings
• 18.5. Fire Hazard
• 18.6. Spillage Cleanup
• 18.7. Protective Clothing
• 18.8. Personal Hygiene
• 18.9. Material Incompatibility
• 18.10. Food Contact and Medical Applications
• 18.11. Fluoropolymer Scrap and Recycling
• 18.12. Environmental Protection and Disposal Methods

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