非织造专业英语

CHAPTER1GENERALINTRODUCTION1.1 DEFINITION OF NONWOVENS1.1.1 Definition of INDA1.1.2 Definition of EDANA1.1.3 Definition of ASTM1.2 CLASSIFICATION OF NONWOVENS1.3 DEVELOPMENT OF NONWOVENS1.3.1 History and Background1.3.2 Trends in Materials, Process and New ProductsCHAPTER 2FIBERS FOR NONWOVENS2.1 INTRODUCTION2.2 CELLULIC NATURAL FIBERS2.2.1 Cotton2.2.2 Flax2.2.3 Hemp2.2.4 Jute2.2.5 Ramie2.3 PROTEIN NATURAL FIBERS2.3.1 Wool2.3.2 Silk2.3.3 Camel Hair2.3.4 Mohair2.4 REGENERATED FIBERS2.4.1 Rayon2.4.2 Cellulose Acetate2.4.3 Lyocell2.5 SYNTHETIC FIBERS2.5.1 Olefin Fiber2.5.2 Polyester2.5.3 Nylon Fibers2.5.4 Acrylic2.5.5 Carbon FibersCHAPTER 3 WEB FORMATION TECHNOLOGIESOF NONWOVENS3.1 DRY LAID PROCESS3.1.1 Fiber Selection3.1.2 Fiber Preparation3.1.3 Web Forming3.1.4 Laying3.2 WETLAID PROCESS3.2.1 Paper and Textiles3.2.2 Raw Materials3.2.3 Production Machinery3.2.4 Special Features of the Wetlaid Process and Its Products3.3 SPUNLAID PROCESS3.3.1 Polymer3.3.2 Spinning and Web Formation3.3.3 Characteristics and Properties3.3.4 Applications3.4 MELT BLOWN PROCESS3.4.1 Polymer Type3.4.2 Processing3.4.3 Web Characteristics and Properties3.4.4 Process Structure Property3.4.5 Applications3.4.6 Comparison of Melt Blown and SpunbondCHAPTER 4 WEB BONDING TECHNOLOGIES OFNONWOVENS4.1 CHEMICAL BONDING PROCESS4.1.1 Bonding Agents (Binders)4.1.2 Chemical Bonding Processes4.1.3 Applications4.2 NEEDLEPUNCHING PROCESS4.2.1 Process4.2.2 Mechanism of Needle Loom4.2.3 Felting Needle4.2.4 Types of Needle Looms4.2.5 Machine Variable4.2.6 Applications4.3 SPUNLACING PROCESS4.3.1 Process4.3.2 Materials Used in Spunlaced Technology4.3.3 Parameter Affecting the Product Performance4.3.4 Properties of Spunlaced Fabrics4.3.5 Applications4.4 THERMAL BONDING PROCESS4.4.1 Binders4.4.2 Methods of Thermal Bonding4.4.3 Advantages and Energy Comparison4.5 STITCH BONDING PROCESS4.5.1 Batt Bonded by Threads4.5.2 Stitch Bonding Without ThreadsCHAPTER5NONWOVENS FINISHING5.1 INTRODUCF1ON5.2 SURFACE FINISHING5.2.1 Calendering5.2.2 Embossing5.2.3 Pressing5.2.4 Singeing, Splitting, Grinding and Velouring5.3 SHAPE FINSHING5.3.1 Shrinkage5.3.2 Wrenching5.3.3 Creeping, Perforating and Slitting5.4 WET FINISHING5.4.1 Washing5.4.2 Dyeing5.4.3 Printing5.5 CHEMICAL FINISHES5.5.1 Antistats5.5.2 Antimicrobials5.5.3 Water Repellents5.5.4 Lubricants5.5.5 UV Absorbers and Polymer Stabilizers5.5.6 Flame Retardants5.5.7 Softeners5.5.8 Absorbency and Rewetters5.5.9 Thermoplastic Binders, Resins and Emulsion Polymers5.5.10 Thermosetting Resins and Crosslinking Agents5.5.11 Soil Release5.5.12 Optical Brighteners5.6 COATING5.6.1 Chemical Vapour Deposition and Physical vapour Deposition5.6.2 Electro Deposition5.6.3 Spray Coating5.7 LAMINATING AND FLOCKINGCHAPTER 6 PRODUCTS AND APPLICATIONS OFNONWOVENS6.1 HEATHCARE AND HYGIENE6.1.1 Absorbent Hygiene Products6.1.2 Healthcare and Medical Application6.2 INDUSTRIAL APPLICATIONS6.2.1 Automotive6.2.2 Building6.2.3 Cable Wrapping6.2.4 Filtration6.2.5 Industrial and Institutional Wipes6.3 PACKAGING AND AGRICULTURE6.3.1 Packaging6.3.2 Agriculture and Horticulture6.3.3 Landscaping Fabric6.4 GEOTEXTILE6.4.1 Geotextile Classifications6.4.2 Geotextile Types6.4.3 Essential Functions of Geotextiles5.5 FURNISHINGS6.6 NONWOVENS IN APPAREL INDUSTRY6.6.1 Protective Dress6.6.2 Fashion ApparelCHAPTER 7 NONWOVENS TESTING7.1 NONWOVENS CHARACTERIZATIONS7.2 IESTING STANDARDS7.3 IESTING CLASSIFICATION AND BASIC TESTS ITEMS7.4 IESTING METHODS AND TECHNIQUE7.4.1 Absorbencycapacity Tests7.4.2 Electrostatic Properties7.4.3 Flammability and Optical Properties7.4.4 Permeability and Porosity7.4.5 Filtration7.4.6 Strength7.4.7 Softness7.4.8 Barrier7.4.9 ContaminationCHAPTER 8 NEW TECHNOLOGIES FOR NONWOVENS8.1 NEW PRODUCTS FROM BIOCOMPONENTS8.2 NANOFIBER NONWOVENS8.2.1 Electrospinning Process8.2.2 Properties of Nanofibers8.2.3 Applications of Nanofibers8.2.4 Challenges in Nanofibers8.3 GREEN OR ENVIRONMENTFRIENDLY NONWOVENS8.4 SMART TEXTILES8.4.1 Definition of Intelligent Clothing8.4.2 Nonwoven Confortable Fabrics with Electric Circuits8.4.3 Stretchable Nonwovens词汇总表

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