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New Trends in Natural Dyes for Textiles addresses 20 natural dyes that are finding innovative uses in industry and academia. It comprehensively addresses issues relating to natural dyes and dyeing problems, including efficient extraction and standardization of dyes, dyes structure, dyes characterization and identification. Readers working in the dyeing of textiles will learn how to improve practices to minimize environmental pollution, avoid bad dyeing, and select the best mordants to fix colorant compounds. Key benefits of natural dyes over synthetic are examined in detail, providing readers with an understanding of the importance of natural dyes and the proper methods for applying them.

  • Provides suitable extraction processes for each of the 20 dyes described
  • Offers complete and practical coverage of the whole dyeing process, from source selection to post-treatments
  • Covers practical advice on the application of these dyes to cotton, silk and wool

1. 4.1 Introduction - p. 159 2. Chapter 4.1 Dyeing of Cotton by Different New Natural Dye Sources - p. 168 3. Abstract - p. 168 4. 4.1.1 Dyeing With Acacia catechu - p. 168 5. 4.1.2 Dyeing With Allium cepa - p. 171 6. 4.1.3 Dyeing With Artocarpus Bark - p. 174 7. 4.1.4 Dyeing of Bixa orellana - p. 178 8. 4.1.5 Dyeing of Bougainvellia - p. 182 9. 4.1.6 Dyeing With Brassica - p. 191 10. 4.1.7 Dyeing With Cassia fistula - p. 192 11. 4.1.8 Dyeing With Camellia sinensis Leaves - p. 199 12. 4.1.9 Dyeing With Coscinium fenestratum - p. 202 13. 4.1.10 Dyeing With Butea monosperma (Tessu/Palash) - p. 208 14. 4.1.11 Conclusion - p. 209 15. Further Reading - p. 212 16. Chapter 4.2 Dyeing Application of Newer Natural Dyes on Silk With Fastness Properties, CIE Lab Values, and Shade Card - p. 214 17. Abstract - p. 214 18. 4.2.1 Introduction - p. 214 19. 4.2.2 Dyeing With Bark of Eucalyptus grandis - p. 222 20. 4.2.3 Dyeing With Eupatorium - p. 229 21. 4.2.4 Dyeing With Caesalpinia (Sappanwood) - p. 231 22. 4.2.5 Dyeing With Carthamus tinctorius - p. 235 23. 4.2.6 Conclusion - p. 238 24. Further Reading - p. 242 25. Chapter 4.3 Dyeing Application of Newer Natural Dyes on Wool With Fastness Properties, CIELAB Values, and Shade Card - p. 244 26. Abstract - p. 244 27. 4.3.1 Introduction - p. 244 28. 4.3.2 Wool Dyeing With G. globosa Flower - p. 245 29. 4.3.3 Wool Dyeing With Impatiens balsmina Flower - p. 248 30. 4.3.4 Wool Dyeing With Lawsonia inermis - p. 255 31. 4.3.5 Wool Dyeing With Mirabilis jalapa - p. 257 32. 4.3.6 Wool Dyeing With Nyctanthes arbor-tristis - p. 262 33. 4.3.7 Wool Dyeing With Punica granatum - p. 263 34. 4.3.8 Wool Dyeing With Reseda luetola - p. 267 35. 4.3.9 Wool Dyeing With Rosa rosa - p. 272 36. 4.3.10 Wool Dyeing Wool With Extract of Salacia prinoides - p. 275 37. 4.3.11 Wool Dyeing With Tectona grandis - p. 278 38. 4.3.12 Conclusion - p. 280 39. Further Reading - p. 281 40. Chapter 5: Medicinal Properties of Natural Dye Plants - p. 282 41. Index - p. 349

Descripcion
Descripción

New Trends in Natural Dyes for Textiles addresses 20 natural dyes that are finding innovative uses in industry and academia. It comprehensively addresses issues relating to natural dyes and dyeing problems, including efficient extraction and standardization of dyes, dyes structure, dyes characterization and identification. Readers working in the dyeing of textiles will learn how to improve practices to minimize environmental pollution, avoid bad dyeing, and select the best mordants to fix colorant compounds. Key benefits of natural dyes over synthetic are examined in detail, providing readers with an understanding of the importance of natural dyes and the proper methods for applying them.

  • Provides suitable extraction processes for each of the 20 dyes described
  • Offers complete and practical coverage of the whole dyeing process, from source selection to post-treatments
  • Covers practical advice on the application of these dyes to cotton, silk and wool

1. 4.1 Introduction - p. 159 2. Chapter 4.1 Dyeing of Cotton by Different New Natural Dye Sources - p. 168 3. Abstract - p. 168 4. 4.1.1 Dyeing With Acacia catechu - p. 168 5. 4.1.2 Dyeing With Allium cepa - p. 171 6. 4.1.3 Dyeing With Artocarpus Bark - p. 174 7. 4.1.4 Dyeing of Bixa orellana - p. 178 8. 4.1.5 Dyeing of Bougainvellia - p. 182 9. 4.1.6 Dyeing With Brassica - p. 191 10. 4.1.7 Dyeing With Cassia fistula - p. 192 11. 4.1.8 Dyeing With Camellia sinensis Leaves - p. 199 12. 4.1.9 Dyeing With Coscinium fenestratum - p. 202 13. 4.1.10 Dyeing With Butea monosperma (Tessu/Palash) - p. 208 14. 4.1.11 Conclusion - p. 209 15. Further Reading - p. 212 16. Chapter 4.2 Dyeing Application of Newer Natural Dyes on Silk With Fastness Properties, CIE Lab Values, and Shade Card - p. 214 17. Abstract - p. 214 18. 4.2.1 Introduction - p. 214 19. 4.2.2 Dyeing With Bark of Eucalyptus grandis - p. 222 20. 4.2.3 Dyeing With Eupatorium - p. 229 21. 4.2.4 Dyeing With Caesalpinia (Sappanwood) - p. 231 22. 4.2.5 Dyeing With Carthamus tinctorius - p. 235 23. 4.2.6 Conclusion - p. 238 24. Further Reading - p. 242 25. Chapter 4.3 Dyeing Application of Newer Natural Dyes on Wool With Fastness Properties, CIELAB Values, and Shade Card - p. 244 26. Abstract - p. 244 27. 4.3.1 Introduction - p. 244 28. 4.3.2 Wool Dyeing With G. globosa Flower - p. 245 29. 4.3.3 Wool Dyeing With Impatiens balsmina Flower - p. 248 30. 4.3.4 Wool Dyeing With Lawsonia inermis - p. 255 31. 4.3.5 Wool Dyeing With Mirabilis jalapa - p. 257 32. 4.3.6 Wool Dyeing With Nyctanthes arbor-tristis - p. 262 33. 4.3.7 Wool Dyeing With Punica granatum - p. 263 34. 4.3.8 Wool Dyeing With Reseda luetola - p. 267 35. 4.3.9 Wool Dyeing With Rosa rosa - p. 272 36. 4.3.10 Wool Dyeing Wool With Extract of Salacia prinoides - p. 275 37. 4.3.11 Wool Dyeing With Tectona grandis - p. 278 38. 4.3.12 Conclusion - p. 280 39. Further Reading - p. 281 40. Chapter 5: Medicinal Properties of Natural Dye Plants - p. 282 41. Index - p. 349

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