INTRODUCTION APPLICATIONS OF TEXTILES IN AGRICULTURAL AND HORTICULTURAL
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1 COMPLETE TECHNOLOGY OF NON WOVENS FABRICS, CARRY BAGS, COMPOSITES, GEOTEXTILES, MEDICAL TEXTILES, FIBRES, FELTS, APPARELS, SPUNLACE AND ABSORBENT NON WOVEN INTRODUCTION Applications Hygiene Medical Filters Geotextiles Other Staple nonwovens Spunlaid nonwovens Air-laid paper Other Bonding Disposability Medical automotive applications Clothing Personal care & Hygiene Home furnishings Industrial/Military APPLICATIONS OF TEXTILES IN AGRICULTURAL AND HORTICULTURAL Characteristics of agrotextiles Benefits of applying agrotextiles Raw material requirement for making agrotextiles Indian market scenario for potential agrotextiles Techniques of producing agrotextile products Weaving and woven product Knitting Nonwovens Classification of Agrotextiles Agrotextile products Agricultural applications Horticultural applications Protected Agriculture Greenhouse Characteristics of greenhouses Types of greenhouse structures Hoop house The arch The gable
2 Greenhouse covering Protective screen fabrics Shade cloth Solar and thermal screens Insect screen TECHNOLOGY OF NON WOVENS (THERMAL BONDING) Calender Bonding Type of Loading Top and bottom rollers at kept at an angle Top roller is made slightly convex Thermo hydrein calender by Ramisch Kleinwefers 'S' roll by Andritz Kusters Preheating Area Bonded Nonwovens Bonding with low melt fibre Calender Roller Pressure Binder fibre concentration Temperature Material Speed Base Fibre Properties Tyre of binder fibre Quench Rate Single nip and double nip Low melt monocomponent fibres Bicomponent fibres Islands in Sea bicomponent Segmented pie structure Thermal Bonded Cotton nonwovens Area Bonded Point bonded cotton nonwovens Point Bonded Nonwovens from synthetics Fibre Orientation Bond point Geomentry Process Parameters Mechanism of Breakage Morphology of Fibre Computer Simulation Testing Conditions Applications Belt Calendering Embossed calender bonding Through Hot Air Bonding Struto Technology Air laying Fibre properties and process parameters Applications
3 Applications Applications Radiation Bonding DEMANDS OF NON-WOVENS IN APPAREL INDUSTRY Overview of nonwovens Official ISO and CEN definition of nonwovens Global market for nonwovens Indian market for nonwovens Feasibility of nonwovens in apparel sector Practical applications of nonwoven in apparels Nonwovens for medical apparel USES OF YARNS IN GEOTEXTILES AND NONWOVEN Geotextiles Classification of geotextiles Woven geotextiles Knitted geotextiles Nonwoven geotextiles Yarn manufacture Extrusion of filaments, tapes and films Basic forms Monofilaments Multi filaments (yarns) Tapes and weaving film Yarns prepared from films Additives Physical properties Raw material Natural fibres for geotextiles Jute Flax/coir Coconut (Coir) Matting Cotton Hemp Straw Composite/synthetic materials for geotextiles Yarns made from high performance fibres Kevlar Twaron and Technora Application areas Concrete reinforcement Masonry reinforcement Blast mitigation Geotextiles APPLICATIONS OF AEROGEL IN TEXTILES
4 Overview of aerogel Properties Method of manufacturing Applications in textiles Insulating textiles Green building Aerogels in intelligent textile structures Antibacterial textiles Silica Biopolymer hybrids for medical textiles Flame retardant textiles Carbon nanotube aerogels AUTOMOTIVE SEAT BELT FABRICS Literature survey Pe requisites of seat belt What are seat belts? Force acting on passenger during accident with and without seat belt Seat belt formation Defects in seat belts and their remedies Experimental work Raw material use Material used for warp Material used for weft Machine used for webbing seat belts warping machine Weaving machine (Needle loom) Processing Chemical used for nylon seat belt sample Results and discussion BATT FORMATION IN NONWOVENS: METHODS, MERITS AND MEASURES Merits and limitations of nonwovens against wovens Wet laid nonwovens Raw materials Method of manufacture Process control measures Dry laid nonwovens Major raw materials Batt formation Opening and mixing Batt formation involving carding Parallel laying Card-crosslapping Batt uniformity Continuous volumetric feed Weight control Autoleveller
5 Carding Production rates Feed Roller Card clothing Dust removal Carding quality Process control and maintenance Random Card Process control Crosslapping Profiling systems Web Drafting Spunbonding Batt manufacture Major applications Meltblown nonwoven Process Checkpoints DETAILED PROCESS OF SPUNBONDED FABRICS FROM RECYCLED PLASTICS Primary Study Plastic nonwoven production by thermal bonding using heated calenders Experiment Materials tested, results and discussion Optimum Bond Strength Determination of the optimum conditions of production of technical nonwovens out of extrusion continuous filament yarns (before bonding) Independent variables Experimental analysis ENERGY SAVING POTENTIALS IN THERMAL NONWOVENS PROCESSES JUTE APPLICATION IN GEOTEXTILES Benefits of using jute geotextiles Types of jute geotextiles Open Meshjute generation Application areas Woven jute geotextile Application areas Nonwoven jute geotextile Application areas for jute geotextiles Soil erosion control Erosion control applications Agro plant mulching Reinforcement River & canal bank protection Where applicable
6 Why applied Product specification Rural roadpavement Product specification Separation Filtration & drainage Technical functions Limitations of jue geotextile LYOCELL: A HIGH PERFORMANCE FIBRE FOR NONWOVENS Properties of Lyocell Courtaulds Lyocell Process Lyocell processing Fabric properties Spun lacing Needle punching Latex bonding Air laying Wet laying Thermal bonding Finished product benefits Advantages of Lyocell nonwovens MANUFACTURING OF NONWOVEN COMPOSITES FROM RECLAIMED FIBRES Fibre and textile waste utilisation Why composites materials? Methodology Collection of Waste Raw material preparation Web formation Chemical bonding process Composite development Hand laminating Resin injection techniques Hot press methods Filament winding Pultrusion Conclusion MATERIALS USED IN CASUAL AND SPORTS WEAR TEXTILES Textile treatment with PCM microcapsules Function of textile structure with PCM Applications of textiles containing PCMs Medical textiles
7 Experimental Analysis Methods Materials Lower sensor (near the human body) Laboratory Testing Determination of fabric weight Determination of thermal resistance Results and discussion Effect of different concentrations of microcapsules on thermal resistance NEEDLEPUNCH FELTS Performance of heat resistant polymer fibres Applications Cement clinker cooler plants Gypsum Lime kilns Production of insulating materials on mineral basis Construction industry Coal fired boilers Household waste incineration Waste incineration at clinics hospitals Properties of Fibre Commercial heat resistant fibres TFA Toray Fluorofibers (America) Teflon Fratelli Testori NONWOVEN INTERLININGS IN APPARETS Interlining Interlining types Knitted Interlinings Nonwoven Interlinings Water Repellent Interlining Embroidery backings Hair Interlinings Fusing recommendations Machine check up Nonwoven fusible interlinings Random Parallel Cross Composite Fusing procedure Functions of nonwoven interlinings Interlining fabric for shaping and support Nonwoven interlining for stabilising and/or stiffening Nonwoven interlinings for providing bulk Properties of nonwoven interlinings
8 Functional elements of nonwoven interlinings NATURAL FIBRES IN AGROTEXTILES Need for agrotextiles Properties required for agrotextiles Type of agrotech products and their application arena Agrotextiles Fibres for agrotextiles Composition and properties of common naterial fibres used in agrotextiles Jute Use of jute in agricultural textiles Area wise applications of jute agrotextiles are given below The following are the coir based products used in agriculture Wool Use of wool in agricultural textiles Other natural fibres NONWOVENS IN PACKAGING, MEDICAL, AGRICULTURE AND OTHER FIELDS Application of nonwoven in agriculture and horticulture Application of nonwoven as crop cover fabric in agriculture Application of nonwoven as blanket fabric in agriculture Mulching fabric Application of nonwoven in greenhouse shading Nonwoven materials for home furnishing and furniture industry Furniture construction Bedding construction Napkins and Tablecloth Wallcover Application of nonwoven in protective clothing Spunlaced Nonwovens in Motor Sport Racing Suits Spunlace Nonwovens in Fire Fighter Suits Nonwoven for military/police Spunlace nonwovens used in cooling technology Nonwoven in packaging Luxury packaging Food packaging Nonwoven in wiping products Key requirements for wipes NONWOVEN INDUSTRY (CARRY BAGS, SURGICAL GOWN, FACE MASK, ROUND CAPS, SHOE COVER, GLOVES) Introduction Printed Nonwoven Punch Bag Nonwoven Tote Bag W/Zipper
9 Foldable Nonwoven Tote Bag Specifications Features of the Non Woven Shopping Bag Specifications Products Applications Plant Economics of Nonwoven Indi Products (Carry Bags, Surgical Gown etc.) Plant & Machinery Fixed Capital Raw Materials Total Working Capital/Month Total Capital Investment Turn Over/Annum Suppliers of Plant and Equipments NONWOVEN FABRIC PRODUCTION Introduction Some Prominent Products Made from Nonwovens Fully automatic nonwoven fabric production line detail Production process Process Flow Chart Spunbond Process Melt blown process Water jet Process Plant Economics of Spun bonded non woven fabric production Plant & Machinery Fixed Capital Raw materials Total working capital/month Total capital investment Turn over/annum Suppliers of Plant and equipments NONWOVENS FOR MEDICAL TEXTILES Introduction Fibers used Cotton Medical Textiles Viscose Wood Pulp Cotton Linters Medical Textiles Implantable Medical Textiles Non implantable materials Extra Corporeal Devices Mechanical Lung
10 Health Care Textiles Products used for medical surgical dressings Wound care products Bandages Pressure Garments for Hypertrophic Skin Gauze Plaster Other Dressings PROTECTIVE APPARELS MANUFACTURE Materials Method Classification Fire protection Heat and cold protection Mechanical impact protection Ballistic protective helmet Biological protection Electrical protection Radiation protection Nuclear Radiation Protection UV Radiation Protection Applications Conclusion PROCESSING, FINISHING LINES AND NON WOVENS MACHINERY Major Line Components Continuous Processing Lines and Finishing Systems for Loose Stock fibres, Tops and Tows Drying line for bleached and dyed fibres Raw wool scouring line Anti felt finishing line for wool tops Impregnation lines for tuffed and needle felt carpets Finishing Lines for Woven and Knit Goods HT Steamset heatsetting line for tubular goods Latest innovations from the textile division Fleissner machinery for the nonwovens industry Fleissner as system supplier Fleissner Aquajet spunlace system for spunlacing of Nonwovens Large width lines Fleissner Leanjet for reduced production capacities Fleissner Aquajet Lines for bonding and softening of spunbonds Roofing lines SEAM STRENGTH OF GEOTEXTILES Seam types, appurtenances & efficiencies
11 Geotextile Determining seam strength requirement Experimental Nonwoven Slit film woven Monofilament woven High strength PET woven Threads Stitch density Results and discussion Wide width tensile strength of Geotextile Fabric Sample Nonwoven Conclusion SPUNIACE NONWOVENS Bonding & finishing with chemical binders & chemicals Binding agents & binder dependent nonwovens characteristics Application methods Liquid binders & foamed binders Application of liquid binders Wet in wet application Application of foamed binders Wet in wet foam application Curing of binders Binder migration Migration is subject to various influences Chemical methods Printing, printbonding Gravure printing Round screens Chemical finishing/dyeing Dyeing Chemical finishing Bonding of spunlace nonwovens by hot air Thermofusion with hot air Heatsetting SURGICAL DRESSES (DOCTOR'S DRESS) Introduction Market Potential Process of Manufacture Quality Control and Standards Production Capacity (per annum) Motive Power Pollution Control Energy Conservation
12 Financial Aspects Fixed Capital Working Capital (per month) Total Capital investment Machinery Utilisation Financial Analysis Cost of Production (per year) Turnover (per year) TECHNOLOGY OF ABSORBENT NONWOVENS Definition of nonwoven High absorbent nonwovens Raw materials Absorption mechanism Production process Suspension polymerisation Solution polymerisation In-situ polymerisation In situ process vs conventional process Conventional and formation from solutions polymerisations Preparation of Monomer solution Cellulose fibres Air laid Limitations Conclusion NONWOVEN CARRY BAGS Introduction Printed Nonwoven Punch Bag Nonwoven Tote Bag W/Zipper Foldable Nonwoven Tote bag Specifications Nonwoven Shopping Bag Specifications Products Applications Market potential for the NW Automatic bag Assumption for this project Investment and profitability Analysis Investment Non woven Materials are used in numerous Applications including Fully Automatic Nonwoven Bag Making Machine Technical Specifications Fully Automatic Multi functional Nonwoven Bag Making Machine Plant Economics of Non woven carry/shopping Bags Fully Automatic Multi functional nonwoven Bag Making Machine Technical specifications
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