Polyurethanes. Mark F. Sonnenschein

      

      Table of Contents

      1  COVER

      2  TITLE PAGE

      3  COPYRIGHT PAGE

      4  DEDICATION PAGE

      5  PREFACE

      6  ACKNOWLEDGMENTS

      7  1 INTRODUCTION REFERENCES

      8  2 POLYURETHANE BUILDING BLOCKS 2.1 POLYOLS 2.2 ISOCYANATES 2.3 CHAIN EXTENDERS REFERENCES

      9  3 INTRODUCTION TO POLYURETHANE CHEMISTRY 3.1 INTRODUCTION 3.2 MECHANISM AND CATALYSIS OF URETHANE FORMATION 3.3 REACTIONS OF ISOCYANATES WITH ACTIVE HYDROGEN COMPOUNDS REFERENCES

      10  4 THEORETICAL CONCEPTS AND TECHNIQUES IN POLYURETHANE SCIENCE 4.1 FORMATION OF POLYURETHANE STRUCTURE 4.2 PROPERTIES OF POLYURETHANES REFERENCES

      11  5 ANALYTICAL CHARACTERIZATION OF POLYURETHANES 5.1 ANALYSIS OF REAGENTS FOR MAKING POLYURETHANES 5.2 INSTRUMENTAL ANALYSIS OF POLYURETHANES 5.3 MECHANICAL ANALYSIS 5.4 NUCLEAR MAGNETIC RESONANCE SPECTROSCOPY 5.5 FOAM SCREENING: FOAMAT® REFERENCES

      12  6 POLYURETHANE FLEXIBLE FOAMS 6.1 MAKING POLYURETHANE FOAMS 6.2 FOAM PROCESSES 6.3 FLEXIBLE FOAM FORMULATION AND STRUCTURE–PROPERTY RELATIONSHIPS REFERENCES

      13  7 POLYURETHANE FLEXIBLE FOAMS 7.1 APPLICATIONS 7.2 TRENDS IN MOLDED FOAM TECHNOLOGY AND MARKETS REFERENCES

      14  8 POLYURETHANE RIGID FOAMS 8.1 REGIONAL MARKET DYNAMICS 8.2 APPLICATIONS 8.3 BLOWING AGENTS AND INSULATION FUNDAMENTALS 8.4 INSULATION FUNDAMENTALS 8.5 TRENDS IN RIGID FOAMS TECHNOLOGY REFERENCES

      15  9 POLYURETHANE ELASTOMERS 9.1 REGIONAL MARKET DYNAMICS 9.2 APPLICATIONS 9.3 TRENDS IN POLYURETHANE ELASTOMERS REFERENCES

      16  10 POLYURETHANE ADHESIVES AND COATINGS 10.1 ADHESIVES AND COATINGS INDUSTRIES: SIMILARITIES AND DIFFERENCES 10.2 ADHESIVES 10.3 TRENDS IN POLYURETHANE ADHESIVES 10.4 COATINGS REFERENCES

      17  11 SPECIAL TOPIC 11.1 MARKETS AND PARTICIPANTS 11.2 TECHNOLOGY 11.3 FUTURE TRENDS REFERENCES

      18  12 SPECIAL TOPIC 12.1 GOVERNMENTAL REGULATION OF ISOCYANATES 12.2 NONISOCYANATE ROUTES TO POLYURETHANES REFERENCES

      19  13 POLYURETHANE HYBRID POLYMERS 13.1 INTRODUCTION 13.2 POLYURETHANE–ACRYLATE HYBRIDS 13.3 URETHANE–EPOXY HYBRIDS 13.4 URETHANE–SILICONE HYBRIDS 13.5 POLYURETHANE–POLYOLEFIN HYBRIDS 13.6 HYBRIDIZATION VIA TRANSURETHANIFICATION REFERENCES