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1. | EXECUTIVE SUMMARY |
1.1. | Market forecast for e-textiles - 2017-2027 (by industry sector) |
1.2. | Historic sales: 2014-2016 by sector |
1.3. | Smart textile industry topics and value chain |
1.4. | Commercial progress with e-textile projects |
2. | INTRODUCTION |
2.1. | Definitions |
2.2. | E-Textiles: Where textiles meet electronics |
2.3. | The intersection of electronics and textiles industries |
2.4. | Examples of e-textile products today |
2.5. | Context within the broader subject: Wearable Technology |
2.6. | Key trends in wearable technology |
2.7. | Related applications in Technical Textiles |
2.8. | Modern developments in context: Woven Electronics® |
2.9. | Prominent related areas to e-textiles |
2.9.1. | Electromagnetic Shielding |
2.9.2. | Antistatic protective clothing |
2.9.3. | Antimicrobial textiles |
2.9.4. | Thermal regulation in textiles |
2.9.5. | Protective clothing for impact resistance |
2.9.6. | Colour changes in textiles |
2.10. | Strategies for creating textile-integrated electronics |
2.11. | Challenges when moving into the e-textiles space |
2.12. | Parallel investments in textile innovation |
3. | E-TEXTILE MATERIALS AND COMPONENTS |
3.1. | E-textiles materials use today |
3.2. | Introduction: Fibres, yarns and textiles |
3.3. | Entirely metallic fabrics |
3.4. | Metal-plated fabrics |
3.5. | Selective etching of metal-plated textiles |
3.6. | Use of metal cabling |
3.7. | Textile Cabling |
3.8. | Metal wiring integrated into textiles |
3.9. | Fibres & Yarns |
3.10. | Conductive yarns from Natural Fibre Welding |
3.11. | Hybrid yarns can be conductive, elastic and comfortable |
3.12. | Textiles and Fabrics |
3.13. | Woven e-textiles |
3.14. | Example: Project Jacquard |
3.15. | Knitted e-textiles |
3.16. | Example: Knitted conductors by Gunze, Japan |
3.17. | Embroidered e-textiles |
3.18. | Inks and Encapsulation |
3.19. | An explosion in ink suppliers for e-textiles |
3.20. | Conductive polymers |
3.21. | Polymeric electrodes in compression garments |
3.22. | Example suppliers for each material type |
3.23. | Working alongside conventional electronics |
3.24. | Connectors for e-textiles |
3.25. | Connector options today |
3.26. | Snap fasteners |
3.27. | Thermoplastic adhesive bonding: Fraunhofer IZM |
3.28. | Soldering |
3.29. | Conductive adhesives |
3.30. | Metallic contacts: conventional and bespoke |
3.31. | Embroidery |
3.32. | Component types: who is making what? |
4. | ENABLING TECHNOLOGIES FOR THE FUTURE OF E-TEXTILES |
4.1. | Emerging types of electrically active fibres and textiles |
4.2. | European Commission projects |
4.3. | New conductive fibres from industry and academia |
4.4. | Novel approaches to conductive textiles: CNT & graphene |
4.5. | RFID Yarns for asset tracking |
4.6. | Integrating other electronics within yarns |
4.7. | Encapsulation of semiconductor chips within yarns |
4.8. | Examples of stretchable conductive fibres |
4.8.1. | UT, Dallas: SEBS / NTS stretchable wires |
4.8.2. | Sungkyunkwan University - PU & Ag nanoflowers |
4.8.3. | MIT: Stretch sensors using CNTs on polybutyrate |
4.9. | Energy harvesting techniques in textiles |
4.9.1. | Piezoelectric fibres: Georgia Institute of Technology, USA |
4.9.2. | Piezoelectric fibres: University of Bolton, UK |
4.9.3. | Piezoelectric Fabric |
4.9.4. | Piezoelectric Fabric: University of Bolton, UK |
4.9.5. | Piezoelectric Fabric: University of Bolton, UK |
4.9.6. | Concordia University XS Labs, Canada |
4.9.7. | Cornell University, USA |
4.9.8. | Cornell University, USA |
4.9.9. | Georgia Institute of Technology, USA |
4.9.10. | Southampton University, UK |
4.9.11. | University of California Berkeley, USA |
4.9.12. | Energy-Scavenging Nanofibers: UC Berkeley, USA |
4.10. | Photovoltaic Fibres |
4.10.1. | Illuminex, USA |
4.10.2. | Penn State University, USA |
4.10.3. | University of Southampton, UK |
4.11. | Multi-mode energy harvesting in textiles |
4.12. | Textile Supercapacitors |
4.12.1. | Drexel University, USA |
4.12.2. | Imperial College London, UK |
4.12.3. | Stanford University, USA |
4.12.4. | University of Delaware, USA |
4.12.5. | University of Wollongong, Australia |
4.13. | Flexible Woven Batteries |
4.13.1. | Polytechnic School of Montreal, Canada |
4.14. | Logic and Memory |
5. | CASE STUDY - SMART CLOTHING: PAST, PRESENT, FUTURE |
5.1. | 75 years of 'Smart Clothing' |
5.2. | Early commercial examples: Infineon, Philips, O'Neill |
5.3. | Related products: HRM Chest Straps |
5.4. | Integrating HRM into clothing |
5.5. | The wearable technology boom |
5.6. | The implications of BLE for smart clothing |
5.7. | Who uses smart clothing today? |
5.8. | Examples from key sectors |
5.9. | Large players enter the market: 3 strategies |
5.10. | When will we see the first mass market e-textile product? |
6. | E-TEXTILES MARKETS |
6.1. | Categorisation by market sector |
6.2. | Sports & Fitness: Overview |
6.3. | Sports & Fitness: Key product characteristics |
6.4. | Sports & Fitness: The impact of VC funding |
6.5. | Sports & Fitness: Key Players |
6.6. | Wellness |
6.7. | Medical & Healthcare |
6.8. | Example: Pressure ulcer monitoring in hospitals |
6.9. | Home & Lifestyle |
6.10. | Hospitality markets |
6.11. | Industrial, Commercial, Military |
6.12. | Fashion |
6.13. | Examples of high fashion and bespoke work |
6.14. | Others: Vehicular interiors |
6.15. | Others: Vehicular Interiors |
6.16. | Others: Wearable Technology for animals |
7. | MARKET FORECASTS 2017-2027 |
7.1. | Market forecast for e-textiles - by industry sector |
7.2. | Historic sales (2014 - 2016) and expectations for 2017 |
7.3. | CAGR by industry sector |
7.4. | Market forecast for e-textiles: by product type (revenue) |
7.5. | Market forecast for e-textiles: by product type (volume) |
7.6. | Consumer apparel & Fashion |
7.7. | Sport & Fitness |
7.8. | Home & lifestyle |
7.9. | Medical & Healthcare |
7.10. | Wellness |
7.11. | Industrial, Commercial, Military |
7.12. | Other Markets |
7.13. | Technology development (pre-market) |
8. | PRIMARY RESEARCH AND INTERVIEWS FROM MAJOR EVENTS |
8.1. | The IDTechEx Show! - Santa Clara, CA (November 2016) |
8.1.1. | Bando Chemical |
8.1.2. | Fisk Alloy |
8.1.3. | Hitachi Chemical |
8.1.4. | Holst Centre |
8.1.5. | KIMS & KIMM: conductive textiles |
8.1.6. | MAS Holdings / Flex |
8.1.7. | Myant |
8.1.8. | Panasonic |
8.1.9. | Parker Hannifin |
8.1.10. | Polymatech |
8.1.11. | Sensing Tex |
8.1.12. | Stretchsense |
8.1.13. | Toyobo |
8.1.14. | Vista Medical |
8.2. | CES 2017 - Las Vegas, NV (January 2017) |
8.2.1. | Clim8 |
8.2.2. | CloudTot |
8.2.3. | Conscious Labs |
8.2.4. | Evalu |
8.2.5. | King Abdullah University, Saudi Arabia |
8.2.6. | Under Armour |
8.2.7. | Vitali |
9. | IDTECHEX RAW DATA |
9.1. | E-Textiles (by sector) - number of units sold in millions |
9.2. | E-Textiles (by sector) - total revenue in USD millions |
9.3. | E-Textiles (by product) - number of units sold in millions |
9.4. | E-Textiles (by product) - total revenue in USD millions |
10. | 28 COMPANY PROFILES - INCLUDING COMPANIES SUCH AS FLEX - FASHION & APPAREL DIVISION, AIQ SMART CLOTHING AND STATEX |
Slides | 185 |
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Companies | 28 |
Forecasts to | 2027 |