Biobased Epoxy Vitrimer Composites: Design, Manufacture, Properties, Applications, and Environmental Impacts outlines the latest production techniques, opportunities, and applications of biobased epoxy vitrimers and their related composites, with a particular emphasis on their sustainable development. The book features 17 chapters on the design, manufacture, properties, degradation capability, environmental impacts, and application of these composites while also covering current challenges and opportunities in their development. Special attention is paid to their unique properties, how to reprocess and recycle them, preparation and characterization techniques, as well as future trends.
Applications covered include shape-memory materials, self-healing materials, adhesives, coatings, flame retardants, and their use in additive manufacturing
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xi 7. About the editor - p. xvii 8. Preface - p. xxi 9. Section One. Fundamental, design manufacture methods of biobased epoxy vitrimers - p. 1 10. 1. Fundamental of biobased epoxy vitrimer - p. 3 11. 2. Mechanisms of reversible chemical bond exchange in biobased epoxy vitrimer - p. 31 12. 3. Methods and preparation techniques of biobased epoxy vitrimer - p. 85 13. 4. Physicochemical characterization of sustainable epoxy vitrimer composites - p. 107 14. Chapter 5. Fiber reinforcements used for vitrimer matrix composites - p. 129 15. 6. Functional composites of biobased epoxy vitrimer with nanofillers - p. 155 16. Section Two. Sustainable development of biobased epoxy vitrimer composites and their potential applications - p. 183 17. 7. Sustainable development of biobased epoxy vitrimer composite materials - p. 185 18. 8. Biobased epoxy vitrimer for shape memory and self-healing application - p. 203 19. 9. Biobased epoxy vitrimer for 3D printing applications - p. 231 20. 10. Biobased epoxy vitrimers as adhesives and coatings - p. 253 21. 11. Biobased epoxy vitrimer for flame-retardant application - p. 273 22. 12. Case study of biobased epoxy vitrimer composites - p. 305 23. Section Three. Reprocessability and degradability of the biobased epoxy vitrimer - p. 333 24. 13. Biobased epoxy vitrimer composites' present significance and future prospective - p. 335 25. 14. Reprocessing and degradation capability of biobased epoxy vitrimer composites - p. 357 26. 15. Recycling of biobased epoxy vitrimer fiber composites - p. 403 27. 16. Environmental impact assessment on biobased epoxy vitrimer composites - p. 437 28. 17. Opportunities, challenges, and future direction of biobased epoxy vitrimer - p. 479 29. Index - p. 513
Biobased Epoxy Vitrimer Composites: Design, Manufacture, Properties, Applications, and Environmental Impacts outlines the latest production techniques, opportunities, and applications of biobased epoxy vitrimers and their related composites, with a particular emphasis on their sustainable development. The book features 17 chapters on the design, manufacture, properties, degradation capability, environmental impacts, and application of these composites while also covering current challenges and opportunities in their development. Special attention is paid to their unique properties, how to reprocess and recycle them, preparation and characterization techniques, as well as future trends.
Applications covered include shape-memory materials, self-healing materials, adhesives, coatings, flame retardants, and their use in additive manufacturing
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xi 7. About the editor - p. xvii 8. Preface - p. xxi 9. Section One. Fundamental, design manufacture methods of biobased epoxy vitrimers - p. 1 10. 1. Fundamental of biobased epoxy vitrimer - p. 3 11. 2. Mechanisms of reversible chemical bond exchange in biobased epoxy vitrimer - p. 31 12. 3. Methods and preparation techniques of biobased epoxy vitrimer - p. 85 13. 4. Physicochemical characterization of sustainable epoxy vitrimer composites - p. 107 14. Chapter 5. Fiber reinforcements used for vitrimer matrix composites - p. 129 15. 6. Functional composites of biobased epoxy vitrimer with nanofillers - p. 155 16. Section Two. Sustainable development of biobased epoxy vitrimer composites and their potential applications - p. 183 17. 7. Sustainable development of biobased epoxy vitrimer composite materials - p. 185 18. 8. Biobased epoxy vitrimer for shape memory and self-healing application - p. 203 19. 9. Biobased epoxy vitrimer for 3D printing applications - p. 231 20. 10. Biobased epoxy vitrimers as adhesives and coatings - p. 253 21. 11. Biobased epoxy vitrimer for flame-retardant application - p. 273 22. 12. Case study of biobased epoxy vitrimer composites - p. 305 23. Section Three. Reprocessability and degradability of the biobased epoxy vitrimer - p. 333 24. 13. Biobased epoxy vitrimer composites' present significance and future prospective - p. 335 25. 14. Reprocessing and degradation capability of biobased epoxy vitrimer composites - p. 357 26. 15. Recycling of biobased epoxy vitrimer fiber composites - p. 403 27. 16. Environmental impact assessment on biobased epoxy vitrimer composites - p. 437 28. 17. Opportunities, challenges, and future direction of biobased epoxy vitrimer - p. 479 29. Index - p. 513
