1st Edition

Advanced Textile Testing Techniques

Edited By Sheraz Ahmad, Abher Rasheed, Ali Afzal, Faheem Ahmad Copyright 2017
    340 Pages 63 Color & 72 B/W Illustrations
    by CRC Press

    340 Pages 63 Color & 72 B/W Illustrations
    by CRC Press

    340 Pages 63 Color & 72 B/W Illustrations
    by CRC Press

    Textile testing is an important field of textile sciences involving experimental evaluation of conventional as well as technical textile products. This book aims to provide technical details, required protocols and procedures for conducting any specific evaluation test along with key parameters. The book covers the topics in two main sections, first one for the conventional textile testing techniques starting from fiber to final product while the second one focusses on testing of technical textiles.

    Written with a reader friendly approach, it will cater to graduate students in textile engineering as well as industry personnel, focusing on following key points:

    • Addresses all techniques for testing both conventional and technical textiles.
    • Describes testing techniques compliance with the latest requirements of the updated EN ISO and AATCC standards.
    • Provides detailed description on the testing of technical textiles and their products.
    • Discusses the operations conditions, like atmospheric conditions, and human error with cause and effect diagrams.
    • Covers both destructive and non-destructive testing.

    Introduction to Textile Testing

    1.1 What is textile testing

    1.2 Types of textile testing

    1.3 Importance of textile testing

    1.4 Importance of standards

    1.5 Sampling Techniques

    1.6 Statistical terms

    1.7 References

    Polymer Testing Methods for Conventional & Technical Textiles

    2.1. Introduction

    2.2. Characterization Approaches

    2.3. Morphological Analysis

    2.4. Thermal Analysis

    2.5. Rheological Analysis

    2.6 Bibliography

    Advanced Characterization Techniques – Conventional and Technical Textiles

    3.1. Introduction

    3.2. Scanning Electron Microscopy (SEM)

    3.3. Energy dispersive X-ray spectroscopy (EDX)

    3.4. X-ray Diffraction Analysis (XRD)

    3.5. Fourier Transform Infrared Spectroscopy (FTIR)

    3.6. Atomic absorption spectroscopy

    3.7. Thermal and Water vapour resistivity

    3.8. Moisture management

    3.9. Air permeability

    3.10. IR Thermography

    3.11. Bibliography





    Textile Fibres

    4.1 Introduction

    4.2 Fiber classification

    4.3 Fiber identification methods

    4.4 Physical properties

    4.5 Mechanical properties

    4.6 Chemical properties

    4.7 References

    Textile Yarns

    5.1 Introduction

    5.2 Yarn classification

    5.3 Yarn linear density

    5.4 Yarn tensile properties

    5.5 Evaluation of yarn twist

    5.6 Evaluation of evenness of yarn

    Textile Greige Fabrics (Woven & Knitted)

    6.1. Introduction


    6.3 Fabric Aerial Density/GSM

    6.4 Fabric Tensile Properties

    6.5. Fabric Stiffness

    6.6 Fabric drape

    6.7 Fabric Skew and Bow

    6.8 Fabric Inspection

    6.9 References

    Textile Dyed and Finished Fabric

    7.1 Color fastness properties

    7.2 Fabric shrinkage

    7.3 Fire retardency test

    7.4 Oil and water repellency test

    7.5 Easy care performance test

    7.6 Antimicrobial test

    7.7 References

    Apparel and Home Textiles

    8.1 Introduction

    8.2 Classification

    8.3 Fabric Testing

    8.4 Sewing Thread Testing

    8.5 Seam Testing

    8.6 Testing for Trims and Accessories

    8.7 Clothing Inspection

    8.8 References


    Composite material

    9.1 Physical testing

    9.2 Mechanical characterization

    9.3 Non-destructive testing

    9.4 References



    10.1 Introduction

    10.2 Market overview and application

    10.3 Non-woven technology

    10.4 Composites Non-woven

    10.5 Characterization of Nonwovens

    10.6 Testing of Nonwovens



    Medical Textiles

    11.1. Introduction

    11.2. Essential properties

    11.3. Classifications of medical textile products

    11.4. International testing standards for MEDITECH product

    11.5. References




    Smart and Electronic Textiles

    12.1. Introduction

    12.2. Interactive Fabrics

    12.3. Classification of smart and e-textiles

    12.4. Fabrication techniques used to produce e-textiles

    12.5. Electrical resistance of e-textiles

    12.6. Current and voltage measurement of e-textiles

    12.7. Stability of the coating on fabric and compatibility with electrolyte solution



    Dr. Sheraz Ahmad Master in Fibre Technology from University of Agriculture, PhD in Textile Engineering with focus on textile materials from Université de Haute Alsace France. Working as Assistant Professor at National Textile University since October 2012, chairman of materials & testing department, teaching undergraduate, MS and PhD level classes and doing research on textile fibres, conductive yarn and recycled materials, have authored over 13 peer-reviewed journal articles, two books and 8 conference communications. Fluent in English, French, Urdu and Punjabi, experienced in developing course curricula as well as executing field trips, laboratory exercises, and other activities beyond traditional lectures.

    Dr. Abher Rasheed is an Assistant Professor at National Textile University, Pakistan. He is a textile engineer. Further, he has completed Masters in (Textile Materials and Processes) & Masters in (Total Quality Management). In addition to that, he received his Ph.D from University of Haute Alsace, France in the domain of SMART Textiles. His research areas are E-textiles, clothing manufacturing and quality management. He has filed one international patent and published 12 peer reviewed publications. Further, he has contributed a book chapter as well.

    Ali Afzal is the Lecturer of Material Science at National Textile University, Pakistan. He did his doctorate from Université de Haute Alsace, France in SMART textiles. He did his Master’s degree from National Textile University with distinction in 2012. He published a number of research papers in high impact factor international journals. His research and teaching experience span over 5 years after having 1 year of industrial experience. His main research area includes melt extrusion, SMART textiles and clothing comfort.

    Mr. Faheem Ahmad is currently doing PhD in Materials Science & Engineering from Koç University Turkey. His primary area of expertise is textile materials. He is currently working to develop nonwoven composites for heat insulation applications. He is also performing his duties as a Teaching Assistant at Koç University Turkey. Mr. Faheem Ahmad has also worked as Lecturer at National Textile University Pakistan for more than five years. He has 09 international research publications. Mr. Ahmad also has the experience of working in textile industry of Pakistan.