AbstractThis book comprehensively introduces the spinning principles, methods, processes and yarn structure, performance and application of various new types of textile yarns. The main content is divided into three parts: The first is the transformation and progress of traditional ring spinning, including Siro spinning, Sirofil spinning, compact spinning, cable spinning, etc.
1 Fundamentals of Textile Yarns1.1 Introduction1.2 Classification of textile yarns1.3 Raw materials and market1.4 Development of ring spinning, new spinning and texturing1.5 Production and market of textile yarns2 Modified Ring Spinning and Yarns2.1 Sirospun and yarns2.2 Sirofil and yarns2.3 Solospun and yarns2.4 Compact (condensing) spinning and yarns3 Rotor Spinning and yarns3.1 Introduction3.2 Principle of rotor spinning 3.3 Yarn structures and properties 3.4 Yarns and their products3.5 Prospect for rotor spinning4 Air-jet Spinning and Yarns(MJS, MVS)4.1 Development of air-jet spinning 4.2 The Process and mechanism4.3 Yarn structures and properties 4.4 The development of products4.5 Technical economical analysis and future prospects for air-jet spinning4.6 rata vortex spinning (MVS) and yarns 5 Vortex Spinning and Yarns5.1 Introduction 5.2 Principles of vortex spinning5.3 Structures and properties of vortex yarn and products 5.4 Technical economical analysis of vortex spinning6 Friction Spinning and Yarns6.1 The history and present of friction spinning6.2 The twisting principle of friction spinning 6.3 Structures and properties of friction yarn The products of friction yarn6.5 The prospects for friction spinning 7 False-twist Texturing and Yarns7.1 Introduction 7.2 lti-steps conventional texturing process7.3 The principle of false-twist texturing 7.4 False-twist formation and process7.5 Twist insertion device 7.6 Heat-setting 7.7 Modification to false-twist texturing7.8 Process parameters and quality control 7.9 False-twist texturing machine 7.10 Structures and properties of false-twist textured yarns8 Air-jet Texturing and Yarns8.1 Introduction 8.2 Principles and nozzles of air-jet texturing8.3 Air flow in the nozzles 8.4 Loop formation mechanism and process 8.5 Air-jet technology and machine 8.6 Air-jet texturing process variables 8.7 Structures, properties and applications of air-jet textured yarns9 Hot-fluid (Jet) Texturing and Yarns9.1 Introduction 9.2 Mechanical feed stuffer-box texturing 9.3 Hot-fluid jet texturing 9.4 Modified hot-fluid jet texturing-moving-cavity texturing9.5 Morphology and properties of BCF yarn 9.6 Hot-fluid texturing machine 10 lti Texturing and Yarns10.1 Introduction 10.2 False-twist texturing (or hot-fluid texturing) with intermingled process 10.3 False-twist texturing with air-jet texturing10.4 Two-for-one twist process with false-twist texturing 10.5 Differential shrinkage texturing with false-twist texturing (or air-jet texturing) 10.6 Air-jet texturing with Texspun10.7 Fine-scope texturing
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