Lexique Base

Total Page:16

File Type:pdf, Size:1020Kb

Lexique Base Terme français Description française Terme anglais Description anglaise à deux boutons button two à mi-corps (doublé) half-lined à mi-corps (doublure) half-lining à trois boutons button three A mechanical instrument that tests a Instrument pour mesurer la résistance à l’usure abrasimètre abrasion tester fabric’s resistance to the destructive et au temps des tissus. actions of surface wear and rubbing. Action d’user. Enlèvement par raclage abrasion abrasion The act of polishing, grinding. superficiel de certains tissus. Qui absorbe les liquides, les gaz, les absorbant absorbent Able to absorb. radiations. Processus par lequel l’eau pénètre dans une absorption de l’eau water absorption fibre, un fil ou une étoffe. Qui ne représente pas le monde sensible (réel ou imaginaire); qui utilise la matière, la ligne Having only intrinsic form with little abstrait (dessin) abstract et la couleur pour elles-mêmes. Dessin sans or no pictural representation. référence à la réalité concrète. Substance qui accélère une réaction. Substance chimique utilisée pour augmenter la accélérateur accelerant Something that accelerate a reaction. vitesse de procédés chimiques ou autre genre de procédés. Elément associé à une toilette, mais n’en accessoire d’habillement faisant pas partie (sac, gants, chaussures, clothing accessory Something added to clothes. ceinture, etc.). Petit object nécessaire à une tendance mode Little something helpful for a fashion accessoire de mode fashion accessory (gants, foulard, bas, chapeau, etc.). trend. Plissé qui forme des plis parallèles. Série de Pleats folding like the bellows of an accordéon (plissé) plis debout, étroits et de largeur uniforme, accordion-pleated accordion. exécutés dans le droit fil du tissu. Déchirure faite par ce qui accroche. Dans un tissu, trou relativement large dû à la rupture de plusieurs fils de chaîne et à des duites non liées. Ce défaut est causé par la rupture d’une To become caught on or as if on a accroc (déchirure) ou des deux courroies du harnais, ce qui snag snag. provoque la chute et la rupture des fils de chaîne. Rupture de plusieurs brins de fils au cours de l’ensouplage, produite habituellement par des problèmes mécaniques. Textile fiber made from cellulose and acétate (rayonne) Fibre textile fabriquée de matières plastiques. acetate acetic acid; also : a fabric or plastic made of this fiber. Qui possède les propriétés des acides, est acide (adj.) propre aux acides. Qui est pîquant au goût ou acid Sharp or sour in manner. à la vue (couleur acide). Constituant chimique universel, antagoniste acide (n. m.) de l’alcali. Se dit d’un corps dont le pH dans acid Water-soluble chemical . l’eau est inférieur à 7, 0. Acide organique largement utilisé dans les applications textiles. On l’emploie dans les acide acétique procédés au mouillé, dans la teinture, dans l’inpression et dans la fabrication de l’acétate de cellulose et du triacétate de cellulose. Constituant chimique dont la concentration est acide concentré concentrated acid Chemical not a lot dilute. grande, condensée. acide fort Acide qui a un grand pouvoir d’action. strong acid Acid powerful. Iron treated with intense heat and acier Alliage de fer et de carbonne. (Gris acier). steel mixed with carbon to make it hard and tough. Steel allowed with chromium that is acier inoxydable Acier renfermant du chrome et du nickel. stainless steel highly resistant to stain, rust and corrosion. Fibre textile synthétique obtenue par A quick-drying synthetic fiber used acrylique (n. m. et adj.) acrylic polymérisation du nitrile acrylique. for woven and knitted cloth. Substance qui, mélangée dans une proportion infime à un corps photoconducteur, augmente activateur activator Something making reaction. son activité et, souvent, modifie ses caractéristiques spectrales. Matière supplémentaire que l’on mélange à une matière de base pour lui donner des propriétés spéciales. Par exemple, les Additif pigments sont incorporés comme additifs dans la solution filable pour donner une coloration à la teinture dans la masse. dans le domaine des textiles, matière qui fait Adhésif adhérer ensemble ou à d’autres matériaux les fibres, les fils ou les tissus. Matière solide qui fond rapidement sous l’action de la chaleur et fait prise lors du Adhésif thermofusible refroidissement. L’utilisation de ce type d’adhésif produit un liage presqu’instantané. Poudre ajoutée à une solution et qui forme un adjuvant de filtration support poreux pour en améliorer la filtration. adolescent (junior) Jeune d’âge qui succède à l’enfance. teenager People in their teens. adoucir Rendre plus doux, plus agréable aux sens. to soften To make or become soft. adoucir un coloris to soften a shade Qui calme les irritations superficielles. Produit conçu pour conférer un toucher doux. On peut citer comme exemple le glucose, la glycerine, la parafine émulsifiée, les silicones et le Something that make or become soft, adoucissant softener polythylène émulsifié. substance utilisée pour not rough. réduire le frottement durant le mélange ou le traitement lorsque des poudres sèches sont ajoutées aux polymères. En teinture; propriété de deux corps (matière, Attractive force between two affinité (tinctoriale) couleur, etc.) de s’unir entre eux. Attraction dyeing affinity substances. chimique. Ce qui agit; opère; telle une force, un corps ou une substance et intervient dans la production de certains phénomènes. Substance ou mélange de substances incorporé au Matter, substance that act in the agent (apprêts pour teinture) agent matériaux textiles pour leur conférer des production of a phenomenon. propriétés désirées. Traitement, physique ou chimique, appliqué à des matériaux textiles pour produire des effets désirés. agent de débouillissage boiling off agent agent en douane clearing agent Substance qui retarde la production d’un Substance that slow the production of agent retardateur retarding agent phénomène. a phenomenon. Formation d’une masse ou de fibres agglutinées par chauffage des constituants de Agglomérat cette masse ou de ces fibres sans les faire fondre. Groupe de particules ou de fibres. Défaut consistant en un amas de fibres lâches ou Agglomération effilochées et qui se retrouvent ensuite dans l’étoffe. Dans les nontissés, amas de fibres de forme Agglomération de fibres irrégulière. Ce défaut est causé par une séparation insuffisante des fibres. Remuer vivement en tous sens, ou mélanger, To move slightly, or dissolve by agiter un mélange to stir un bain de teinture ou une solution. continued movement. Fourrure ou laine provenant du petit de la agneau (laine d’agneau) lamb’s wool Wool from a young sheep. brebis. Attache formée d’un crochet qu’on passe dans A curved or bent device for catching, agrafe (et oeillet) hook (and eye) un anneau, une boucle, une bride. holding, or pulling. Fine tige d’acier pointue à une extrémité et percée à l’autre d’un chas où passe le fil. A slender pointed steel implement aiguille (couture) needle Partie de la machine à tricoter servant à used in sewing. l’entrelacement des boucles. Un des deux types d’aiguilles de machine à tricoter. L’aiguille à clapet est terminée en forme de petit crochet muni d’un clapet qui pivote automatiquement au cours du tricotage pour fermer le crochet. La boucle du tricot est Aiguille à clapet d’abord amenée sur le bec de l’aiguille, puis le clapet s’ouvre pour donner une nouvelle boucle devant être formée par le crochet. La formation de la maille et l’abattage de la maille se font simultanément. aiguille à repriser darning needle Aiguille de machine à tricoter ayant un crochet long et flexible (ou bec) qui peut être fermé par une barre de presse permettant ainsi Aiguille à ressort la formation des mailles. Le crochet revient en arrière à sa position initiale lorsque la barre de presse est retirée. Tige de métal ou de matière plastique, soit A slender rod for knitting in plastic or aiguille à tricoter empointée aux deux extrémités, soit à pointe needle steel. et à tête, utilisée pour le tricot. Opération d’aiguilleter. Procédé de transformation de nappes ou de voiles de aiguilletage needling To incite to action by repeated gibes. fibres lâches en un nontissé cohérent sur une aiguilleteuse. Une ouate ou un feutre est aiguilleté (e), lorsqu’il est fabriqué en fixant à l’aide d’aiguilles à crochet des touffes de matière aiguilletée (ouate) textile dans un soubassement de tissu grossier. needle wad - Les aiguilletés sont utilisés pour les endos des tapis, les feutres de papetier, les matelassés, les doublures. Lame saillante destinée à augmenter la surface de transmission de chaleur d’un tuyau, d’un tube. Dispositif utilisé pour appliquer la torsion aux mêches, aux rubans ou aux fils et sert de guide pour les enrouler sur des A device used in yarn-making bobines. L’ailette a la forme d’un U inversé operations. It is an inverted V-shaped qui est monté sur la partie supérieure de la device above a spindle. It is used in ailette (filature) broche et tourne avec celle-ci. Ce U est formé flyer roving operations on cotton and d’une branche solide et d’une branche creuse. worsted yarns and is one of the forms La mèche passe par le haut de la branche of worsted spinning. creuse, la parcourt dans une course descendante et sort à la base de cette branche où elle vient s’enrouler autour d’un doigt presseur qui délivre la mèche sur une bobine d’enroulement. Situation dans laquelle la mèche ne pourra passer à travers les tubes des ailettes à la suite d’une obturation de ces tubes, causée par des Ailette embourrée facteurs tels qu’un étirage inégual, des déchets, des fibres qui se sont rompues ou un polissage interne inadéquat. Corps ou substance qui a reçu la propriété aimant magnet A body that is abble to attract iron.
Recommended publications
  • Method of Operating an Electronic Dobby Loom
    Patentamt JEuropaischesEuropean Patent Office Office europeen des brevets © Publication number : 0 466 636 A1 @ EUROPEAN PATENT APPLICATION @ Application number: 91810415.9 @ Int. CI.5: D03C 1/14, D03D 51/00 (22) Date of filing : 31.05.91 (30) Priority : 04.06.90 JP 144346/90 (72) Inventor : Honda, Hiroshi, c/o Kabushiki Kaisha Toyoda Jidoshokki Seisakusho, 1, Toyoda-cho @ Date of publication of application : 2-chome 15.01.92 Bulletin 92/03 Kariya-shi, Aichi-ken (JP) @ Designated Contracting States : @ Representative : Hammer, Bruno BE DE FR IT c/o Gebrueder Sulzer AG KSR/Patente/0007, Postfach CH-8401 Winterthur (CH) (R) Applicant : Kabushiki Kaisha Toyoda Jidoshokki Seisakusho 1, Toyoda-cho 2-chome, Kariya-shi Aichi-ken 448 (JP) (54) Method of operating an electronic dobby loom. (57) According to the method the heddle frames (5) of the loom are selected and assigned to a plurality of groups. In each of a plurality of picking cycles a group of heddle frames (5) is moved and leveled into the weaving position (up arrow, down arrow) according to the weaving pattern to be woven. During this operation the loom is preferably run at lower speed compared to the selected normal picking speed. This allows for avoiding excessive load of the drive motor and further remarkably reduces warp yarn breakes. The method thus provides for remarkably improved start up conditions of looms. < CO CO CO CO CO "<t o Q_ LU Jouve, 18, rue Saint-Denis, 75001 PARIS ' 1 g. 1 fig. I A) _ , , ncK Number H. F NO. , 2 3 | - 5 OFF — 6-10 OFF — — OFF *- — *- L I 2 3 4 5 6 7 b y IU II ic lOi'riJiD hi.
    [Show full text]
  • Innovation Spotlight the Sustainable Revolution in Jeans Manufacture
    Innovation Spotlight ADVANCED DENIM The sustainable revolution Issue: Spring 2012 in jeans manufacture Innovative dyeing process spares the environment, offers greater color variety and higher quality Whether elegant or artificially aged, worn with a jacket or a T-shirt: jeans go well with almost anything. They are simultaneously a lifestyle statement, worldwide cult classic and long-selling fashion garment – with no end to the success story in sight. The statistics tell us that a US American has eight pairs of jeans, while a European comes a close second with five to six pairs. The immense number of almost two billion pairs of jeans are produced each year, claiming about 10 percent of the worldwide cotton harvest. The conventional indigo dyeing process, however, is environmentally polluting, and so Clariant has now developed, under its innovative Advanced Denim concept, a groundbreaking new dyeing process adapted to current needs that operates completely without indigo. It also needs much less water and energy, greatly reduces cotton waste and produces no effluents. Furthermore it offers a greater variety of colors, better color quality and new fashion effects. Experts are convinced: Advanced Denim will revolutionize jeans production. Denim is the name given to the typical, tough jeans material which is produced from cotton yarn and in the conventional process is dyed blue with indigo. In its natural agglomerated CLARIANT INTERNATIONAL LTD form, this dye isn’t soluble in water. The dye molecules first have to be separated before BUSINESS UNIT TEXTILE CHEMICALS Rothausstrasse 61 dyeing – this is done by reduction using the strong reducing agent sodium hydrosulfite.
    [Show full text]
  • ASME Timeline
    Manufacturing - History Resources Page 1 of 8 Feedback 80 Manufacturing 81 Management Science and Policy 82 Plant-Factory Operation 83 Manufacturing Processes 84 Design-Production Interface 85 Specialized Factory Tools and Systems 86 Agriculture-Food Production 87 Printing and Publishing Mechanization 88 Textile Industry Mechanization 89 Vehicle Production * indicates ASME Landmark Common Era Event 0 Fulling mills press fabric by foot. (France) 88 105 Paper invented. (Tshai Lun, China) 88 500 ca. Earliest specimens of draw loom in western world: originally from Asia, unknown 88 date. (Egypt) 800 - 1700 Plough with curved iron mould board (concave) guided and turned over heavy 86 clay soil in a continuous-ribbon motion: 9th century in China, 1300-1700 in Europe, principle later used for wrapping and folding for machinery. (China) 1045 ca. Movable type introduced in China. (Pi Sheng, China) 87 1150 Stamp mill used in paper making (not mentioned by L7) (E9 says 1144, Spain). 82 (Italy) 1185 ca. Earliest records of fulling mills in England, at Newsham (Yorkshire) and Barton. 88 (Britain) 1225 - 1250 Water-driven machinery recorded: sketches of saw mills, including spring motion. 82 (Villard de Honnecourt, medieval Europe) 1280 - 1299 Spinning wheels illustrated: primitive, spindle-on-an-axle type. (Europe) 88 1322 - 1328 Sawmill invented (Domesday Book mentions sawmills in 1076 -- H5). (Europe) 82 1400 - 1499 Holland adapts windmill for large-scale drainage (1439 for grinding grain -- Q9). 86 (Dutch, Holland) 1400 - 1499 Improved loom advances weaving of elaborate silk fabrics. (John the Calabrian) 88 1439 Lead alloy used as printers' type: hand produced until 1820s. (Gutenberg, 87 Germany) 1440 Earliest evidence of block book, SPIRITUALE POMERIUM: block-printed wood cuts.
    [Show full text]
  • Woven Images: All Techniques Considered
    University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln Textile Society of America Symposium Proceedings Textile Society of America 2010 Woven Images: All Techniques Considered Tommye McClure Scanlin North Georgia College & State University Follow this and additional works at: https://digitalcommons.unl.edu/tsaconf Part of the Art and Design Commons Scanlin, Tommye McClure, "Woven Images: All Techniques Considered" (2010). Textile Society of America Symposium Proceedings. 49. https://digitalcommons.unl.edu/tsaconf/49 This Article is brought to you for free and open access by the Textile Society of America at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Textile Society of America Symposium Proceedings by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. WOVEN IMAGES: ALL TECHNIQUES CONSIDERED AS EIGHT FIBER ARTISTS SHARE THEIR THOUGHTS TOMMYE MCCLURE SCANLIN [email protected] Weavers through the ages have used labor-intensive ways to create images in fibers, with techniques and equipment ranging from brocades, drawlooms, pick-up weaves, tapestry, and more. With the invention of the jacquard loom at the beginning of the 19th century, the kind of complex image making that was previously only common in laborious hand controlled methods became mechanized. With many alternatives now on hand for making images with weaving some fiber artists move to “high tech” means for their creative expression while others continue to select traditional methods like handwoven, weft- faced tapestry. Curiosity about not only the weaving method and technology selected by an individual, but also the more fundamental question of why one chooses to make images was the beginning point of this investigation.
    [Show full text]
  • Patterns of Culture – Decorative Weaving Techniques Authors: M
    PATTERNS OF CULTURE Decorative Weaving Techniques by M A Hann and B G Thomas PATTERNS OF CULTURE Decorative Weaving Techniques by M A Hann and B G Thomas Leeds 2005 ArsArs TTextrinaextrina no. 36 i Patterns of Culture – Decorative Weaving Techniques Authors: M. A. Hann and B. G. Thomas Foreword: D. Holdcroft No. 36 in the Ars Textrina series, published in association with the University of Leeds International Textiles Archive (ULITA) as an accompaniment to the exhibition ‘Patterns of Culture – Decorative Weaving Techniques’. © 2005 The University of Leeds and the authors All rights reserved ISBN: 0-9549640-1-2 Acknowledgements The production of this monograph, and the presentation of the exhibition it accompanies, result from the support and generosity of the Leeds Philosophical and Literary Society and the Arnold J. Burton Trust. The production of catalogue entries and other documentation associated with the exhibits was assisted by project funding from the Arts and Humanities Research Council (AHRC). The organisation of the exhibition was facilitated by the endeavours of Mr J. A. Smith, Mr P. Lawson and Mrs M. S. Chalmers. Thanks are also due to Mr I. S. Moxon for reading various drafts of the monograph and for discussions relating to its contents, and to Mr E. Nicholson and Dr P. Townhill for assistance in identifying and obtaining copies of relevant source material. The inspirational role played by Mr K. C. Jackson in past debates relating to the nature of invention, innovation and diffusion is also acknowledged. The authors accept responsibility for all errors or omissions. Price of monograph: £5.00.
    [Show full text]
  • Textile-Dictionary-Full.Pdf
    TEXTILE DICTONARY A ABNORMAL CRIMP- A relative term for crimp that is either too low or too high in frequency and/or amplitude or that has been put into the fiber with improper angular characteristics. ABRADED YARN- A filament yarn in which filaments have been cut or broken to create hairiness (fibrillation) to simulate the surface character of spun yarns. Abraded yarns are usually plied or twisted with other yarns before use. ABRASION MARK- An area where a fabric has been damaged by friction. ABRASION RESISTANCE- The ability of a fiber or fabric to withstand surface wear and rubbing. ABSORBANCE- The ability of a substance to transform radiant energy into a different form, usually with a resulting rise in temperature. Mathematically, absorbance is the negative logarithm to the base 10 of transmittance. ABSORBENCY- The ability of one material to take up another material. ABSORPTION- The process of gases or liquids being taken up into the pores of a fiber, yarn, or fabric. ACETIC ACID- An organic acid (CH3COOH) widely used in textile applications. It is used in textile wet processing, dyeing and printing, and in the manufacture of cellulose acetate and cellulose triacetate. ACETIC ANHYDRIDE- Anhydrous acetic acid [(CH3CO)2O]. It is used in the acetylation process in the manufacture of cellulose acetate. ACETONE- Dimethyl ketone (CH3COCH3). One of the most powerful organic solvents. Acetone dissolves secondary cellulose acetate and other derivatives of cellulose. It is miscible with water and has a low boiling point (55-56°). ACID-DYEABLE VARIANTS- Polymers modified chemically to make them receptive to acid dyes.
    [Show full text]
  • United States Patent 19 11 Patent Number: 5,749,923 Olip Et Al
    USOO5749923A United States Patent 19 11 Patent Number: 5,749,923 Olip et al. 45) Date of Patent: May 12, 1998 54 METHOD FOR BLEACHING DENIM OTHER PUBLICATIONS TEXT LE MATERIAL Federal Law Gazette, No. 612, Sep. 24, 1992, "Limitation of Waste Water Emissions from Textile Finishing and Process 75 Inventors: Winzenz Olip. Schächtestrasse, ing Plants". Austria; Norbert Steiner. Upper Saddle Peter, M., et al. Grundlagen der Textilveredelung Basics of River, N.J. Textile Finishing, 13th ed., Deutscher Fachverlag, 1989, pp. 73 Assignee: Degussa Aktiengelschaft, Frankfurt am 80 to 81. (Month Unknown). Main, Germany Derwent Acc. No. 80-24863C, 1980 (month unknown). Derwent Acc. No. 86-268586, 1986 (Month Unknown). Derwent Acc. No. 89-155166, 1989 (Month Unknown). 21 Appl. No.: 651,785 Das, T.K., et al., “Thiourea Dioxide: A Powerful And Safe 22 Filed: May 24, 1996 Reducing Agent For Textile Applications”. Colourage, vol. 31, No. 26, 1984, pp. 15-20. (Month Unknown). Related U.S. Application Data Weiss, M., "Thiourea Dioxide: A Safe AlternativeTo Hydro sulfite Reduction”. Part 1. American Dyestuff Reporter; vol. 63 Continuation of Ser. No. 347,146, Nov. 22, 1994, Pat. No. 67. No. 8, Aug. 1978, pp. 35-38. 5,549,715. Weiss, M., "Thiourea Dioxide: A Safe Alternative to Hydro 30 Foreign Application Priority Data sulfite Reduction, Part II", American Dyestuff Reporter, vol. 67, No. 9, Sep. 1978, pp. 72-74. Nov. 23, 1993 AT Austria .............................. AT 2378/93 Primary Examiner-Alan Diamond (51 int. Cl. ... D06L 3/10 Attorney, Agent, or Firm-Spencer & Frank 52 U.S. Cl. ........................... 8/102; 8/107; 8/110; 8/111; 510/302; 510/303; 5101494; 510/367; 510/370; 57 ABSTRACT 510/470 Amethod for chlorine-free bleaching of denim textile mate 58 Field of Search ...............................
    [Show full text]
  • Identifying Textile Types and Weaves 1750-1950 DATS in Partnership with the V&A
    Identifying Textile Types and Weaves 1750-1950 DATS in partnership with the V&A DATS DRESS AND TEXTILE SPECIALISTS 1 Identifying Textile Types and Weaves 1750-1950 Text copyright © DATS, 2007 Image copyrights as specified in each section. This information pack has been produced to accompany a one-day workshop of the same name taught by Sue Kerry and held at Birmingham Museum and Art Gallery Collections Centre on 29th November 2007. The workshop is one of three produced in collaboration between DATS and the V&A, funded by the Renaissance Subject Specialist Network Implementation Grant Programme, administered by the MLA. The purpose of the workshops is to enable participants to improve the documentation and interpretation of collections and make them accessible to the widest audience. Participants will have the chance to study objects at first hand to help increase their confidence in identifying textile materials and techniques. This information pack is intended as a means of sharing the knowledge communicated in the workshops with colleagues and the public. Other workshops / information packs in the series: Identifying Printed Textiles in Dress 1740 -1890 Identifying Handmade and Machine Lace Front Cover - English silk tissue, 1875, Spitalfields. T.147-1972 , Image © V&A Images / Victoria and Albert Museum 2 Identifying Textile Types and Weaves Contents Page 2. List of Illustrations 1 3. Introduction and identification checklist 3 4. Identifying Textile Types - Fibres and Yarns 4 5. Weaving and Woven Cloth Historical Framework - Looms 8 6. Identifying Basic Weave Structures – Plain Cloths 12 7. Identifying Basic Weave Structures – Figured / Ornate Cloths 17 8.
    [Show full text]
  • Basic of Textiles
    BASIC OF TEXTILES BFA(F) 202 CC 5 Directorate of Distance Education SWAMI VIVEKANAND SUBHARTI UNIVERSITY MEERUT 250005 UTTAR PRADESH SIM MOUDLE DEVELOPED BY: Reviewed by the study Material Assessment Committed Comprising: 1. Dr. N.K.Ahuja, Vice Chancellor Copyright © Publishers Grid No part of this publication which is material protected by this copyright notice may be reproduce or transmitted or utilized or store in any form or by any means now know or here in after invented, electronic, digital or mechanical. Including, photocopying, scanning, recording or by any informa- tion storage or retrieval system, without prior permission from the publisher. Information contained in this book has been published by Publishers Grid and Publishers. and has been obtained by its author from sources believed to be reliable and are correct to the best of their knowledge. However, the publisher and author shall in no event be liable for any errors, omission or damages arising out of this information and specially disclaim and implied warranties or merchantability or fitness for any particular use. Published by: Publishers Grid 4857/24, Ansari Road, Darya ganj, New Delhi-110002. Tel: 9899459633, 7982859204 E-mail: [email protected], [email protected] Printed by: A3 Digital Press Edition : 2021 CONTENTS 1. Fiber Study 5-64 2. Fiber and its Classification 65-175 3. Yarn and its Types 176-213 4. Fabric Manufacturing Techniques 214-260 5. Knitted 261-302 UNIT Fiber Study 1 NOTES FIBER STUDY STRUCTURE 1.1 Learning Objective 1.2 Introduction 1.3 Monomer, Polymer, Degree of polymerization 1.4 Student Activity 1.5 Properties of Fiber: Primary & Secondary 1.6 Summary 1.7 Glossary 1.8 Review Questions 1.1 LEARNING OBJECTIVE After studying this unit you should be able to: ● Describe the Natural Fiber.
    [Show full text]
  • Strong Support for Air Jet Loom Operations T-Tech Japan Corp.’S Preparatory Machines, Including the Sizing Machines, Are Top-Level Performers and the Best-Quality
    Balanced high productivity, value-addition, and energy saving at a high level Higher speed operation and extensive reduction in electrical and air consumption Higher Speed Energy Conservation Outstanding features for ultra i-Weave high-speed and low vibration With the “i-Weave,” provided as standard for High speed operation is the essential asset of the ZAX9200i, high-speed performance is air jet looms. accompanied with energy saving by optimizing In addition to stable operation at high speeds, the three basics of weft insertion for air jet looms: nozzle, valve, and control technology. faster than the ZAX9100, the ZAX9200i has low vibration and saves electricity. With a variety of optional devices, higher- grade performance is available. The “ -Weave” is the fruit of weft insertion ■ Soft weft insertion at high speed i technology backed by Tsudakoma’s 40-year Proven benefit based on actual operation. A accumulated air jet knowledge and our sales 4-link beating motion that works excellently success. at ultra-high speed is used for narrow looms. A 6-link beating motion with more time allowance for weft insertion is used for wider looms, thus achieving more stable weft insertion. ■ Reduced floor vibration Using CAE analysis, Tsudakoma designed a new robust frame structure. By employing the offset rocking shaft with less moment of inertia and a hollow reed holder, beating is well- balanced. Floor vibration can be reduced. ■ Clear shedding The beating stroke is shortened and the driving parts that are the most essential for the weaving machine to run at high speed are additionally reinforced. By placing the heald frame as close to the cloth fell as possible while keeping the shedding amount, the shedding angle is increased and defective shedding is reduced.
    [Show full text]
  • Dyes & Pigments
    Dyes & Pigments with forecasts to 2005 and 2010 New study finds: • The US market for dyes and organic pigments (organic colorants) is expected to increase 2.8 percent per year to $3.1 billion in 2005, with volume over the same period forecast to reach 675 million pounds • Positive growth opportunities are to be found in the rapidly growing market for dyes used in digital printing inks and high-tech imaging • The six leading suppliers -- Ciba Specialty Chemicals, DyStar, Clariant, Sun Chemical, Bayer and BASF -- accounted for nearly two-thirds of the total market in 2000 Freedonia Industry Study #1439 Study Publication Date: June 2001 Price: $3,700 Dyes & Organic Pigments Pages: 237 Dyes & Organic Pigments, a new study from The Freedonia Group, provides you with an in-depth analysis of major trends in the industry and the outlook for product seg- ments and major markets -- critical information to help you with strategic planning. This brochure gives you an indication of the scope, depth and value of Freedonia's new study, Dyes & Organic Pigments. Ordering information is included on the back page of the brochure. Brochure Table of Contents Study Highlights ............................................................................... 2 Table of Contents and List of Tables and Charts ............................. 4 Sample Pages and Sample Tables from: Market Environment .................................................... 6 Products ....................................................................... 7 Markets.......................................................................
    [Show full text]
  • Chromatographic and Mass Spectral Analyses of Oligosaccharides and Indigo Dye Extracted from Cotton Textiles with Manova and Ano
    University of Central Florida STARS Electronic Theses and Dissertations, 2004-2019 2008 Chromatographic And Mass Spectral Analyses Of Oligosaccharides And Indigo Dye Extracted From Cotton Textiles With Manova And Ano Jessica Frisch University of Central Florida Part of the Chemistry Commons, and the Forensic Science and Technology Commons Find similar works at: https://stars.library.ucf.edu/etd University of Central Florida Libraries http://library.ucf.edu This Masters Thesis (Open Access) is brought to you for free and open access by STARS. It has been accepted for inclusion in Electronic Theses and Dissertations, 2004-2019 by an authorized administrator of STARS. For more information, please contact [email protected]. STARS Citation Frisch, Jessica, "Chromatographic And Mass Spectral Analyses Of Oligosaccharides And Indigo Dye Extracted From Cotton Textiles With Manova And Ano" (2008). Electronic Theses and Dissertations, 2004-2019. 3625. https://stars.library.ucf.edu/etd/3625 CHROMATOGRAPHIC AND MASS SPECTRAL ANALYSES OF OLIGOSACCHARIDES AND INDIGO DYE EXTRACTED FROM COTTON TEXTILES WITH MANOVA AND ANOVA STATISTICAL DATA ANALYSES by JESSICA LYNNE FRISCH B.S. University of Central Florida, 2005 A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in the Department of Chemistry in the College of Sciences at the University of Central Florida Orlando, Florida Spring Term 2008 © 2008 Jessica Lynne Frisch ii ABSTRACT Research was conducted on thirteen 100% cotton denim samples using an acid wash, established by Murray, to extract oligosaccharides from the cellulosic material. The oligosaccharide ion + + + groups ([M+H] , [M+NH4] , and [M-OH] ) for molecules with degrees of polymerization between two and seven (DP2-DP7) were analyzed using liquid chromatography coupled to mass spectrometry with an electrospray ionization interface (LC-ESI-MS).
    [Show full text]