BASF handbook : basics of coating technology

Content: Intro
 Titlepage
 Copyright
 Contents
 Foreword
 1. Introduction
 1.1 Historical aspects
 1.2 Definition of scope
 1.3 References
 2. Economic aspects and market analysis
 2.1 Introduction and definitions
 2.2 Coatings
 2.2.1 Fields of application
 2.2.2 Chemistries and regions
 2.2.3 Market forecasts
 2.3 Adhesives and sealants
 2.3.1 Fields of application
 2.3.2 Chemistries and regions
 2.3.3 Market forecasts
 3. Chemical principles
 3.1 Diisocyanates
 3.2 Isocyanate reactions
 3.3 Polyisocyanates
 3.3.1 Derivatization
 3.3.2 Monomer separation
 3.4 Prepolymers 3.4.1 Water content of the raw materials3.4.2 Stability of NCO prepolymers
 3.5 Thermally activated polyurethane crosslinkers
 3.6 Hydrophilically-modified polyisocyanates
 3.7 Co-reactants for polyisocyanates
 3.7.1 Solvent-borne polyacrylate polyols
 3.7.2 Polyester polyols
 3.7.3 Polyether polyols
 3.7.4 Polycarbonate polyols
 3.7.5 Polycaprolactone polyols
 3.7.6 Solvent-based polyurethane polyols
 3.7.7 Polyamines
 3.8 Aqueous dispersions
 3.8.1 Polyurethane dispersions
 3.8.2 Polyacrylate dispersions
 3.8.3 Hybrid polyurethane/polyacrylate dispersions
 3.8.4 Polyester polyol dispersions 3.9 Urethane acrylates3.9.1 Chemistry of urethane acrylates
 4. Coating technology principles
 4.1 Formulation basics of polyurethane coatings
 4.1.1 Basics
 4.1.2 Selection of polyurethane raw materials
 4.2 Aspects of one- and two-component coating technology
 4.2.1 Physical drying
 4.2.2 Chemical curing
 4.2.3 Air-drying coatings
 4.2.4 Dual-cure technology
 4.2.5 Silyl-modified polyurethanes
 4.2.6 Application
 4.2.7 Catalysis in polyurethane coatings
 4.3 Solvent-borne and solvent-free systems
 4.3.1 Classification
 4.3.2 Applications 4.3.3 Quality characteristics of two component polyurethane coatings4.4 Water-borne systems
 4.4.1 Water-borne one-component polyurethane systems
 4.4.2 Water-borne two-component polyurethane systems
 4.5 Process technology
 4.5.1 Processing of one-component polyurethane coatings
 4.5.2 Processing of two-component polyurethane coatings
 4.6 Crosslinking technologies based on the polyaddition reactions of polyisocyanates
 4.7 Powder coatings
 4.7.1 Overview of powder coating technology
 4.7.2 Application methods
 4.7.3 Application efficiency
 4.7.4 Uses
 4.7.5 Polyurethane powder coatings 4.7.6 Properties4.7.7 Uses of polyurethane powder coatings
 4.8 DirectCoatin"/DirectSkinning
 4.8.1 Outlook
 4.9 Digital printing as disruptive application technology for coatings and adhesives
 4.10 Radiation curing
 4.10.1 Technology and coating formulation
 4.10.2 Binders for radiation curing
 4.10.3 Urethane acrylates for UV (mono-cure) and electron beam curing applications
 4.10.4 Water-borne UV-curing polyurethane coatings
 4.10.5 Urethane acrylates for UV powder applications
 4.10.6 Dual-cure technology
 4.10.7 Outlook
 5. Polyurethane Coatings
 5.1 Wood coating