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Smart Textiles Markets 2016-2023

In this report we identify the opportunities emerging from commercialization of smart textiles.  These include textiles that are (1) fabricated from smart materials or (2) utilize sensing devices that are seamlessly integrated into the textile.

The smart textile sector has taken off in the past few years, driven by the keen interest in the Internet-of-things (IoT) and enabled by the latest smart materials and powerful sensing devices.  This report provides market coverage of the potential for emerging textile products where the textile is rapidly becoming the sensor. 

The report also discusses how the latest generation of smart materials is expanding the market for advanced textiles. While the focus of this report is on the opportunity for smart textiles, we also discuss how the sensor industry can benefit from the latest trends in smart textiles and also how the supply chain for smart textiles is evolving.

In putting together this report n-tech has drawn on its extensive experience in the smart materials space as well as interviews with key companies in smart textiles.  n-tech believes that this report will provide valuable insight into the smart textiles market that will benefit marketing and business development executives from various parts of the supply chain, including raw material suppliers, chemical companies, and clothing manufacturers, as well as investors in the industry.

Applications and Markets

This report includes an analysis of applications where n-tech believes smart textiles have a real opportunity to move beyond the lab and expensive demonstrations high-volume commercial applications. Applications covered include:

  • Health and Fitness: Sportswear, health monitoring, and clinical applications
  • Military and Security: Uniforms for soldiers and firefighters
  • Fashion: Functional clothing for the masses
  • Non-clothing applications: Solar cells, automotive, and more.

Smart Textile:  Materials, Manufacturing and Components

This report provides coverage of how the following categories of materials are being used to fabricate commercially available smart textiles:

  • Electrically conductive yarns and threads
  • Conductive polymers
  • Shape memory materials
  • Color-changing materials
  • Phase-changing materials
  • Self-cleaning and antimicrobial materials
  • Nanomaterials

We also discuss how sensors are being integrated into textiles and how these will be powered.  Finally, this report provides coverage of the latest business trends in smart textile fabrication processes, including weaving, knitting, printing, and embroidery. We focus on how these processes can be used to advance integration of function into textiles.

Eight-Year Forecasts for Smart Textile Materials

This report contains detailed forecasts of volume (in square meters and units) and revenue (in $ millions), broken down by:

  • End application
  • Type of material
  • Fabrication method

Profiles of Key Players

This report evaluates the product/market strategies of the leading suppliers of key materials for smart textiles.  These firms include giants such as DuPont, as well as newer and smaller companies and startups that n-tech believes have compelling products that are likely to make inroads into the smart textiles market. 

Executive Summary    
E.1 Market Opportunities: Blurring the Lines between Fashion, Technology, and Healthcare         
E.2 Emerging Second Generation Smart Textiles:  Sports, Health and Fashion    
E.2.1 Tracking Motion and Ensuring Comfort: Sports and Fitness           
E.2.2 Monitoring Health: Medical Applications   
E.2.3 What Role will the Fashion Industry Play in Smart Clothing?           
E.3 Technical Trends in Smart Materials and the Future of Smart Textiles
E.3.1 R&D Trends
E.3.2 Moving Technology into the Garment: Opportunities and Challenges for Manufacturing       
E.4 Influential Firms to Watch in the Smart Textiles Sector          
E.4.1 Adidas: Bringing a Brand Name to Smart Textiles  
E.4.2 BASF:  Possible Future Smart Textiles Powerhouse          
E.4.3 BeBop Sensors: Funding for a Multifunctional Smart Textile Company       
E.4.4 Clothing+/Jabil: Printing Intelligence in Smart Textiles        
E.4.5 Schoeller Textiles: Functional Fabrics Get Smarter
E.4.6 OMSignal: Embedded Biometrics 
E.4.7 Sensoria: More Than Smart Shirts 
E.5 Summary of Eight-Year Forecasts for Smart Textiles Materials         
E.5.1 Summary by Type of Material       
E.5.2 Summary by Functionality
E.5.3 Summary by Application  
 
Chapter One: Introduction       
1.1 Background to this Report  
1.1.1 The New Smart Fabrics: Smart Materials and Integrated Sensors
1.1.2 Integration Defining the Opportunities in Smart Materials    
1.1.3 Merging Fashion and Function      
1.1.4 A Bottom Line      
1.2 Objectives and Scope of this Report           
1.3 Methodology of this Report
1.4 Plan of this Report  
 
Chapter Two: Materials and Technology Advances in Smart Textiles  
2.1 Electrically Conductive Fabrics        
2.1.1 Metallic Fibers     
2.1.2 Conductive Polymers       
2.2 Embedding Sensors into Textiles    
2.2.1 Pressure Sensors 
2.2.2 Heating and Temperature Sensing 
2.2.3 Motion Sensors   
2.2.4 Measuring Biometrics       
2.2.5 Chemical Sensors and Biosensors
2.3 Powering Smart Textiles      
2.3.1 Textile-based Solar Cells  
2.3.2 Energy Harvesting and Storage    
2.4 Electronics and Communication       
2.4.1 Embedding Electronic Components          
2.4.2 Textile Transistors
2.5 Inherently Smart Fabrics      
2.5.1 Types of Color-changing Fabrics  
2.5.2 Color-Changing Materials for Camouflage Uniforms           
2.5.3 Smart Fabrics for Cold and Hot Weather   
2.5.4 Antimicrobial Fabrics        
2.5.5 Use of Shape Memory materials   
2.5.6 Self-cleaning Fabrics        
2.5.7 Self-Healing Fabrics         
2.5.8 Nanomaterials and Other Emerging Opportunities  
2.6 Manufacturing Challenges   
2.6.1 Weaving and Knitting       
2.6.2 Printing    
2.6.3 Embroidery          
2.6.4 Addressing Washability    
2.6.5 Environmentally Friendly Processes          
2.6.6 Merging Textile and Electronics Production           
2.6.7 Smart Textiles and the Evolving Global Textile Market        
2.7 Key Points from this Chapter           
 
Chapter Three: Applications for Smart Textiles
3.1 Overlap between Health and Fitness Markets
3.2 Sports-focused Applications           
3.2.1 The IP Battle in the Smart Shirt Sector       
3.2.2 Sports-focused Applications beyond Biometric Shirts       
3.2.3 Products for Adventurers 
3.2.4 Companies to Watch in the Sportswear Industry    
3.3 Medical-focused Applications         
3.3.1 Smart Textiles for in-Home Monitoring of Health Conditions           
3.3.2 Smart Textiles for use in Hospitals and Clinics       
3.3.3 Companies to Watch in the Medical Sector
3.4 Clothing for the Military       
3.4.1 Moving Technology to the Individual         
3.4.2 Smart Clothing for Soldiers          
3.4.3 Leveraging Medical Applications   
3.4.4 Color-Shifting Textiles for the Military        
3.5 Protective Clothing for First Responders and Industrial Workers        
3.5.1 Smart Uniforms for Firefighters     
3.5.2 Addressing the Needs of Industrial Workers          
3.6 Changes in the Fashion Industry      
3.6.1 Blending Design and Technology  
3.6.2 Blurring the Lines between Fashion and Athletic Wear        
3.7 Niche Applications for Smart Textiles           
3.7.1 Safety and Security          
3.7.2 Transportation      
3.7.3 Architecture         
3.8 Key Points from this Chapter           
 
Chapter Four: Eight-Year Forecasts for Materials and Sensors in Smart Textiles         
4.1 Forecast Methodology        
4.1.1 Raw Data 
4.1.2 Calculations         
4.1.3 Scope of Coverage          
4.2 Smart Textiles:  Forecasts by Smart Material Type    
4.2.1 Color-shifting Materials     
4.2.2 Antimicrobial Coatings     
4.2.3 Self-cleaning Coatings     
4.2.4 Heating and Cooling Fabrics         
4.2.5 Conductive Yarns, Threads, and Inks        
4.3 Forecasts by Type of Sensor          
4.3.1 Pressure Sensors 
4.3.2 Biometric Sensors
4.3.3 Motion Sensors   
4.2.4 Chemical Sensors and Biosensors
4.4 Forecasts by Application    
4.4.1 Health and Fitness
4.4.2 Medical   
4.4.3 Military    
4.4.4 Fashion Industry  
4.4.5 Non-Clothing Applications
Acronyms and Abbreviations Used In this Report           
About the Author          
 
List of Exhibits
Exhibit E-1: Eight-Year Forecasts for Materials and Sensors in Smart Textiles by Application, 2016-2023, $ Millions           
Exhibit E-2: Eight-Year Forecasts for Fabrics and Coatings in Smart Textiles by Material, 2016-2023, $ Millions    
Exhibit E-3: Eight-Year Forecasts for Sensors in Smart Textiles by Sensor Type, 2016-2023, $ Millions
Exhibit 2-1: Requirements for Active Heating and Cooling Fabrics          
Exhibit 2-2: Requirements for Antimicrobial Fabrics        
Exhibit 2-3: SBIR Grants Related to Antimicrobial Textiles          
Exhibit 2-4: Fabrication Processes for Smart Textiles with Conductive Traces      
Exhibit 3-1: Smart Shirt Suppliers          
Exhibit 3-2: Patents for Smart Shirts with Biometric Monitoring   
Exhibit 3-3: Nike Patents Related to Smart Textiles        
Exhibit 3-4: Medical Smart Textile Products Based on Pressure Sensors 
Exhibit 3-5: Medical Smart Textile Products Based on Temperature, Motion, Chemical, or Biometric Sensors        
Exhibit 3-6: Examples of Smart Textile Fashion Concepts Using Light and Color 
Exhibit 4-1: Eight-Year Forecast for Color-Shifting Materials in Smart Textiles, 2016-2023
Exhibit 4-2: Eight-Year Forecast for Antimicrobial Coatings in Smart Textiles, 2016-2023  
Exhibit 4-3: Eight-Year Forecast for Self-Cleaning Coatings in Smart Textiles, 2016-2023 
Exhibit 4-4: Eight-Year Forecast for Heating and Cooling Fabrics in Smart Textiles, 2016-2023     
Exhibit 4-5: Eight-Year Forecast for Conductive Yarns, Threads and Inks in Smart Textiles, 2016-2023
Exhibit 4-6: Assumptions Made in Forecasting Various Sensors 
Exhibit 4-7: Eight-Year Forecast for Pressure Sensors in Smart Textiles, 2016-2023         
Exhibit 4-8: Eight-Year Forecast for Biometric Sensors in Smart Textiles, 2016-2023        
Exhibit 4-9: Eight-Year Forecast for Motion Sensors in Smart Textiles, 2016-2023
Exhibit 4-10: Eight-Year Forecast for Chemical and Biosensors in Smart Textiles, 2016-2023        
Exhibit 4-11: Eight-Year Forecast for Smart Textiles in Health and Fitness Applications, 2016-2023
Exhibit 4-12: Eight-Year Forecast for Smart Textiles in Medical Applications, 2016-2023  
Exhibit 4-13: Eight-Year Forecast for Smart Textiles in Military Applications, 2016-2023   
Exhibit 4-14: Eight-Year Forecast for Smart Textiles in Fashion Applications, 2016-2023
Exhibit 4-15: Eight-Year Forecast for Smart Textiles in Non-Clothing Applications, 2016-2023

Smart Textiles Markets 2016-2023

n-tech Research Projects the Market for Smart Textiles will Reach $1.8 billion (US$) by 2021

Glen Allen, Virginia:  Industry analyst firm n-tech Research today announced the release of a new report titled “Smart Textile Markets 2016-2023.” According to the report, the market for smart textiles, including fabrics manufactured with smart materials and those that utilize embedded sensors, will grow to $1.8 billion by 2021
 
 
In putting together this report n-tech has drawn on its extensive experience in the smart materials space. This report is the latest deliverable from n-tech’s research program on smart materials.  Other n-tech reports from 2015 have covered smart windows, smart coatings, smart surfaces, self-healing materials, self-cleaning materials, smart antimicrobials, hydrophobic materials and color-shifting coatings. n-tech has provided information for the smart materials business for over six years.
 
About the report:
 
The smart textile sector has taken off in the past few years, driven by the keen interest in the Internet-of-things (IoT) and enabled by the latest smart materials and powerful sensing devices.  This report provides market coverage of the potential for emerging textile products where the textile is rapidly becoming the sensor. 

In this report n-tech focuses especially on electrically conductive yarns and threads, conductive polymers, shape memory materials, color-changing materials, phase-changing materials, self-cleaning and antimicrobial materials and nanomaterials

The report also includes an analysis of applications where n-tech believes smart textiles have a real opportunity to move beyond the lab and expensive demonstrations high-volume commercial applications. End-user applications covered include: medical, health and fitness, military and security, fashion and non-clothing applications.

The new study also contains detailed eight-year market forecasts of smart textiles both in revenue and volume terms with breakouts by type of sensors and smart materials used, as well as the end-user sector in which they are sold.  

There is also extensive coverage of the product/market strategies of leading firms in this space including: Adidas, AiQ, BASF, Bekaert, BeBop, Bodi Trak, Carre, Chromat, Cisalfa, Clariant, Clothing+, Diffus, Dow Chemical, DuPont, Durafil, Google, Heddoko, Imprint Energy, Intel, Jabil, Lands' End, Levi Strauss, LifeSense, Lost Explorer, MAD Apparel, Nike, Nolla, NTT, Ohmatex,
Philips Healthcare, Ralph Lauren, Sarvint, Schoeller Textiles, Sefar, Sensoria, Silic, SLIP Technologies, TE Connectivity, Under Armour, Viavi, VTT and others
 
Highlights:
 
The largest market for smart textiles is to be found in the medical sector, which will become an
$843 million market by 2021. Using smart clothing, patients with chronic diseases, such as diabetes and heart problems, will continuously and simply monitor their health and send updates to their physician, providing more useful data and avoiding office visits.  Technology of this kind already exists in smart sports clothing and will be extended to medical applications as sensors become more accurate
 
Meanwhile, the market for self-cleaning textiles will reach $573 million by 2021.  While this kind of technology has been available for some time, driving its growth will be ability of self-cleaning textile coatings to become fully omniphobic – being able to rid fabrics of a broader range of dirt, oil and grease, wine stains, etc.  In addition, self-cleaning textiles are expected to integrate smart antimicrobial capabilities.  Self-cleaning textiles that are hydrophobic on the outside and hydrophilic on inside are also being developed.  These repel water and stains from the outside while minimizing perspiration stains.
 
By 2021 smart textiles are expected to use $134 million in sensors with more than half of those revenues coming from pressure sensors.  The report notes that this is an area that is attracting venture capital where it benefits from the current interest of VCs in the related area of IoT sensors.  There are also important new textile-specific developments in the sensor area, such as the creation of fabric transistors.
 
About n-tech:
 
n-tech Research is the rebrand of NanoMarkets.  Our firm is a recognized leader in industry analysis and forecasts in all of these areas.  Visit http://www.ntechresearch.com for a full listing of the firm's reports and other services.
 
Contact:
 
Robert Nolan
n-tech Research
(804) 938-0030

posted Dec 01, 2015

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