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Sustainable Fibres for Fashion Industry : Volume 2.

Av: Medverkande: Materialtyp: TextSerie: Utgivningsuppgift: Singapore : Springer Singapore Pte. Limited, 2016Datum för upphovsrätt: ©2016Utgåva: 1st edBeskrivning: 1 online resource (153 pages)Innehållstyp:
  • text
Medietyp:
  • computer
Bärartyp:
  • online resource
ISBN:
  • 9789811005664
Ämnen: Genre/form: DDK-klassifikation:
  • 677.02832
Onlineresurser:
Innehåll:
Intro -- Preface -- Contents -- 1 New Approaches to Sustainable Fibres -- Abstract -- 1 Introduction -- 2 Challenge of Sustainable Fashion -- 3 Nature-Inspired Sustainable Fibres: Biomimicry -- 4 Recommendations for Further Research -- 5 Conclusion -- References -- 2 Consumer Perceptions of Fibers with Respect to Luxury and Sustainability: An Exploratory Study -- Abstract -- 1 Introduction -- 2 Recent Literature -- 3 Research Questions -- 4 Methods -- 5 Results and Discussion -- 5.1 Answers to the Study Questions -- 6 Discussion -- 7 Conclusions and Recommendations for Future Research -- Appendix: Proposed Definitional Mapping of Rusinko and Faust's Luxury Scale (Adapted from Kapferer) onto a Hybrid Luxury Scale (DeBarnier et al.) Based on the Three Most Quoted Luxury Lcales -- References -- 3 Sustainable Natural Fibres from Animals, Plants and Agroindustrial Wastes-An Overview -- Abstract -- 1 Introduction -- 1.1 Wool -- 1.2 Silk -- 1.3 Cotton -- 2 Bast Fibres -- 2.1 Jute -- 2.2 Ramie -- 3 Natural Fibres from Waste Materials -- 4 Conclusion -- Acknowledgments -- References -- 4 Sabai Grass: Possibility of Becoming a Potential Textile -- Abstract -- 1 Introduction -- 2 Sabai Grass Fibre -- 3 Morphology of Sabai Grass Fibre -- 4 Chemical Composition -- 5 Fibre Extraction and Analysis -- 6 Physical Properties -- 7 Antibacterial Properties -- 8 Some Key Issues and Scope -- 8.1 Fiber Extraction and Sustainability -- 8.2 Processing Possibilities Such as Blending and Dyeing -- 9 Conclusion -- References -- 5 Potential of Ligno-cellulosic and Protein Fibres in Sustainable Fashion -- Abstract -- 1 Introduction -- 2 Fibre, Fabric and Fashion -- 3 Natural Fibre, Fashion and Sustainability -- 4 Important Sustainable Lignocellulosic Fibres and Blended Fabrics -- 4.1 Sustainable Lignocellulosic Fibres -- 4.1.1 Jute Fibre -- 4.1.2 Ramie Fibre.
4.1.3 Banana Fibre -- 4.1.4 Flax/Linseed Fibre -- 4.1.5 Pineapple Fibre -- 4.1.6 Sunnhemp Fibre -- 4.2 Jute-Based Fashionable/Decorative Fabrics -- 4.2.1 Blended Yarns -- 4.2.2 Fine Yarns -- 4.3 Jute-Blended Yarns and Fabrics for Fashionable/Diverse Applications -- 4.3.1 Jute-Ramie Fibre Blends -- 4.3.2 Jute-Flax Fibre Blends -- 4.3.3 Jute-Cotton Fibre Blends -- 4.3.4 Jute-PALF Fibre Blends -- 4.3.5 Jute-Banana Fibre Blends -- 4.3.6 Jute-Wool Fibre Blends -- 4.3.7 Jute-High Bulk Acrylic Fibre Blends -- 4.3.8 Jute-Polypropylene Fibre Blends -- 4.3.9 Jute-Viscose Fibre Blends -- 5 Important Properties of Different Protein Fibres and Fabrics -- 5.1 Properties of Important Protein Fibres -- 5.1.1 Wool Fibre -- 5.1.2 Silk Fibre -- 5.1.3 Pashmina/Cashmere Fibre -- 5.1.4 Angora Fibre -- 5.1.5 Yak Fibre -- 5.2 Protein Fibre-Blended Fashionable Yarns and Fabrics -- 5.2.1 Cashmere-Polyvinyl Alcohol Fibre Blends -- 5.2.2 Angora Fibre Blends -- 5.2.3 Wool Fibre Blends -- 5.2.4 Yak Fibre Blends -- 6 Sustainable Colouration of Textiles -- 6.1 Sustainable Dyeing and Printing Using Natural Dyes -- 6.1.1 Lignocellulosic Textiles -- 6.1.2 Cellulosic Textiles -- 6.1.3 Protein Textiles -- 6.2 Camouflaged Fashionable Textiles -- 6.3 Natural Pigmented Cotton -- 7 Textiles with Fragrance-Imparting Finishes -- 8 Sustainable Healthcare and Skincare Textiles -- 8.1 Healthcare Textiles -- 8.2 Skincare Textiles -- 9 Summary -- References -- 6 Milkweed-A Potential Sustainable Natural Fibre Crop -- Abstract -- 1 Introduction -- 2 Weed Versus Cotton -- 3 History of Milkweed -- 4 Milkweed Plant Morphology -- 5 Milkweed Fibre Structure and Morphology -- 5.1 Fibre Surface Morphology -- 5.2 Chemical Composition of Milkweed Fibre -- 5.3 Molecular Properties of Milkweed Fibre -- 5.4 Crystallinity of Milkweed Fibre -- 5.5 Chemical Resistance of Milkweed Fibre.
5.6 Thermal Properties of Milkweed Fibre -- 6 Physical Properties of Milkweed Fibre -- 6.1 Tensile Properties of Milkweed Fibre -- 6.2 Moisture Regain -- 6.3 Fibre Density -- 6.4 Fibre Friction -- 6.5 Colour Grade of Milkweed Fibre -- 6.6 Antibacterial Properties of Milkweed Fibre -- 7 Spinning of Milkweed Fibre -- 7.1 Surface Modification of Milkweed Fibre -- 8 Fabric Properties of Milkweed Fabric -- 9 Applications of Milkweed Fibre -- 9.1 Application of Milkweed Fibre for Clothing Manufacture -- 9.2 Application of Milkweed Fibre for Composites -- 9.3 Application of Milkweed Fibre for Oil Spill Clean-up -- 9.4 Application of Milkweed Fibre for Insulation -- 9.5 Potential Application Areas of Milkweed Fibre -- 9.5.1 Superabsorbent Fibre -- 9.5.2 Fluid Carrier Fibre -- 9.5.3 Self-bonding Fibre -- 9.5.4 Bio-active Fabrics -- 10 Sustainability and Challenges -- 11 Conclusions and Recommendations -- References.
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Intro -- Preface -- Contents -- 1 New Approaches to Sustainable Fibres -- Abstract -- 1 Introduction -- 2 Challenge of Sustainable Fashion -- 3 Nature-Inspired Sustainable Fibres: Biomimicry -- 4 Recommendations for Further Research -- 5 Conclusion -- References -- 2 Consumer Perceptions of Fibers with Respect to Luxury and Sustainability: An Exploratory Study -- Abstract -- 1 Introduction -- 2 Recent Literature -- 3 Research Questions -- 4 Methods -- 5 Results and Discussion -- 5.1 Answers to the Study Questions -- 6 Discussion -- 7 Conclusions and Recommendations for Future Research -- Appendix: Proposed Definitional Mapping of Rusinko and Faust's Luxury Scale (Adapted from Kapferer) onto a Hybrid Luxury Scale (DeBarnier et al.) Based on the Three Most Quoted Luxury Lcales -- References -- 3 Sustainable Natural Fibres from Animals, Plants and Agroindustrial Wastes-An Overview -- Abstract -- 1 Introduction -- 1.1 Wool -- 1.2 Silk -- 1.3 Cotton -- 2 Bast Fibres -- 2.1 Jute -- 2.2 Ramie -- 3 Natural Fibres from Waste Materials -- 4 Conclusion -- Acknowledgments -- References -- 4 Sabai Grass: Possibility of Becoming a Potential Textile -- Abstract -- 1 Introduction -- 2 Sabai Grass Fibre -- 3 Morphology of Sabai Grass Fibre -- 4 Chemical Composition -- 5 Fibre Extraction and Analysis -- 6 Physical Properties -- 7 Antibacterial Properties -- 8 Some Key Issues and Scope -- 8.1 Fiber Extraction and Sustainability -- 8.2 Processing Possibilities Such as Blending and Dyeing -- 9 Conclusion -- References -- 5 Potential of Ligno-cellulosic and Protein Fibres in Sustainable Fashion -- Abstract -- 1 Introduction -- 2 Fibre, Fabric and Fashion -- 3 Natural Fibre, Fashion and Sustainability -- 4 Important Sustainable Lignocellulosic Fibres and Blended Fabrics -- 4.1 Sustainable Lignocellulosic Fibres -- 4.1.1 Jute Fibre -- 4.1.2 Ramie Fibre.

4.1.3 Banana Fibre -- 4.1.4 Flax/Linseed Fibre -- 4.1.5 Pineapple Fibre -- 4.1.6 Sunnhemp Fibre -- 4.2 Jute-Based Fashionable/Decorative Fabrics -- 4.2.1 Blended Yarns -- 4.2.2 Fine Yarns -- 4.3 Jute-Blended Yarns and Fabrics for Fashionable/Diverse Applications -- 4.3.1 Jute-Ramie Fibre Blends -- 4.3.2 Jute-Flax Fibre Blends -- 4.3.3 Jute-Cotton Fibre Blends -- 4.3.4 Jute-PALF Fibre Blends -- 4.3.5 Jute-Banana Fibre Blends -- 4.3.6 Jute-Wool Fibre Blends -- 4.3.7 Jute-High Bulk Acrylic Fibre Blends -- 4.3.8 Jute-Polypropylene Fibre Blends -- 4.3.9 Jute-Viscose Fibre Blends -- 5 Important Properties of Different Protein Fibres and Fabrics -- 5.1 Properties of Important Protein Fibres -- 5.1.1 Wool Fibre -- 5.1.2 Silk Fibre -- 5.1.3 Pashmina/Cashmere Fibre -- 5.1.4 Angora Fibre -- 5.1.5 Yak Fibre -- 5.2 Protein Fibre-Blended Fashionable Yarns and Fabrics -- 5.2.1 Cashmere-Polyvinyl Alcohol Fibre Blends -- 5.2.2 Angora Fibre Blends -- 5.2.3 Wool Fibre Blends -- 5.2.4 Yak Fibre Blends -- 6 Sustainable Colouration of Textiles -- 6.1 Sustainable Dyeing and Printing Using Natural Dyes -- 6.1.1 Lignocellulosic Textiles -- 6.1.2 Cellulosic Textiles -- 6.1.3 Protein Textiles -- 6.2 Camouflaged Fashionable Textiles -- 6.3 Natural Pigmented Cotton -- 7 Textiles with Fragrance-Imparting Finishes -- 8 Sustainable Healthcare and Skincare Textiles -- 8.1 Healthcare Textiles -- 8.2 Skincare Textiles -- 9 Summary -- References -- 6 Milkweed-A Potential Sustainable Natural Fibre Crop -- Abstract -- 1 Introduction -- 2 Weed Versus Cotton -- 3 History of Milkweed -- 4 Milkweed Plant Morphology -- 5 Milkweed Fibre Structure and Morphology -- 5.1 Fibre Surface Morphology -- 5.2 Chemical Composition of Milkweed Fibre -- 5.3 Molecular Properties of Milkweed Fibre -- 5.4 Crystallinity of Milkweed Fibre -- 5.5 Chemical Resistance of Milkweed Fibre.

5.6 Thermal Properties of Milkweed Fibre -- 6 Physical Properties of Milkweed Fibre -- 6.1 Tensile Properties of Milkweed Fibre -- 6.2 Moisture Regain -- 6.3 Fibre Density -- 6.4 Fibre Friction -- 6.5 Colour Grade of Milkweed Fibre -- 6.6 Antibacterial Properties of Milkweed Fibre -- 7 Spinning of Milkweed Fibre -- 7.1 Surface Modification of Milkweed Fibre -- 8 Fabric Properties of Milkweed Fabric -- 9 Applications of Milkweed Fibre -- 9.1 Application of Milkweed Fibre for Clothing Manufacture -- 9.2 Application of Milkweed Fibre for Composites -- 9.3 Application of Milkweed Fibre for Oil Spill Clean-up -- 9.4 Application of Milkweed Fibre for Insulation -- 9.5 Potential Application Areas of Milkweed Fibre -- 9.5.1 Superabsorbent Fibre -- 9.5.2 Fluid Carrier Fibre -- 9.5.3 Self-bonding Fibre -- 9.5.4 Bio-active Fabrics -- 10 Sustainability and Challenges -- 11 Conclusions and Recommendations -- References.

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