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Natural Materials for the Textile Industry Alain Stout
English by Alain Stout For the Textile Industry Natural Materials for the Textile Industry Alain Stout Compiled and created by: Alain Stout in 2015 Official E-Book: 10-3-3016 Website: www.TakodaBrand.com Social Media: @TakodaBrand Location: Rotterdam, Holland Sources: www.wikipedia.com www.sensiseeds.nl Translated by: Microsoft Translator via http://www.bing.com/translator Natural Materials for the Textile Industry Alain Stout Table of Contents For Word .............................................................................................................................. 5 Textile in General ................................................................................................................. 7 Manufacture ....................................................................................................................... 8 History ................................................................................................................................ 9 Raw materials .................................................................................................................... 9 Techniques ......................................................................................................................... 9 Applications ...................................................................................................................... 10 Textile trade in Netherlands and Belgium .................................................................... 11 Textile industry ................................................................................................................... -
Effect of Protective Clothing Fabrics Characteristics on the Thermal
International Journal of Science and Research (IJSR) ISSN (Online): 2319-7064 Index Copernicus Value (2016): 79.57 | Impact Factor (2017): 7.296 Effect of Protective Clothing Fabrics Characteristics on the Thermal Comfort Properties Ghada Abdalla lotfy Elkholy Department of Apparel Design & Technology, Faculty of Applied Arts - Helwan University Abstract: This paper focuses on Protective clothing fabrics comfort characteristics that are Flame Resistance, Heat loss, thermal Resistance, Breathability, water vapor resistance, weight and thickness. In this study, Protective clothing consists of two layers: outer layer and cloth lining. Will be evaluated for the effectiveness of thermal comfort properties 7 different fabrics will be used: 100%Nomex, 50% Nomex\50%Wool, 100%wool, 65% polyester\35%viscose, 100% microfiber polyester, 50 %cotton\50%polyester and 100%cotton are tested for thermal Resistance, air permeability, water vapor resistance, weight and thickness. The fabrics which have the best properties were used to cloth lining for protective clothing. For the outer layer: 100%Nomex, 50% Nomex\50%Wool, 100%wool fabrics were tested for thermal comfort such as: flame resistant, thermal Transmittance, heat loss and the fabric that have the best properties was used to make outer layer of protective clothing. Keywords: Protective clothing, Comfort properties, Flame Resistance, heat loss, Nomex. 1. Introduction The thermal comfort properties of fabric and it’s ability to When comparing ignition properties for different fabrics. maintain the temperature of skin Through transfer of heat and Natural cellulosic fibers (cotton, linen), manufactured perspiration [1, 2]. Thermal comfort depends on cellulosic fibers (acetate, lyocell, and rayon), burn with a combinations of clothing, climate, and physical activity. -
The Effect of Clothing Fit and Material of Women's Islamic Sportswear On
MATEC Web of Conferences 154, 01074 (2018) https://doi.org/10.1051/matecconf/201815401074 ICET4SD 2017 The effect of clothing fit and material of women’s Islamic sportswear on physiological and subjective responses during exercise in warm and humid environment Astrid Wahyu Adventri Wibowo*, Titis Wijayanto*, Watri Widyastuti, and Muhammad Kusumawan Herliansyah Gadjah Mada University, Departement of Mechanical and Industrial Engineering, Jl. Grafika 2, Yogyakarta, Indonesia Abstract. The purpose of this study was to investigate the effects of clothing fit and material of Islamic sportswear for female on physiological responses and body heat balance during exercise in warm and humid environment. Twelve healthy female students (20.3±0.4 years) exercised wearing four types of women’s Islamic sportswear comprised of two level of clothing fit: loose-fit and tight-fit, and two types of material for sportswear: cotton and polyester on four separate occasions, and in random order. They performed a 30-min treadmill exercise at an intensity of 70% HRmax and then rested on a chair for 20 min for recovery in a chamber set at an ambient temperature of 34°C and relative humidity of 80%. The results showed that clothing fit did not significantly affect physiological and subjective responses, but clothing material did; sportswear made of cotton resulted in a higher increase of tympanic temperature during exercise and recovery compared to that made of polyester (P<0.05). In addition, sportswear made of cotton have lower conductive and evaporative heat loss than sportswear made of polyester (P<0.05). Clothing fit only had significant effect on conductive heat loss; that is tight-fit sportswear showed greater conductive heat loss than loose-fit one (P <0.05). -
Consumers' Perceptions & Acceptance of Material and Design Choices
consumers’ perceptions & acceptance of material and design choices. by Siv Lindberg & Maria Rådsten Ekman report developed by: Title: consumers’ perceptions & acceptance of material A Mistra Future Fashion Report and design choices. The user perspective. Mistra Future Fashion is a cross-disciplinary research Author: Siv Lindberg & Maria Rådsten Ekman program, initiated and primarily funded by Mistra. It Mistra Future Fashion deliverable: D3.1.3 holds a total budget of SEK 110 millions and stretches Edition: Only available as PDF for individual printing over 8 years, from 2011 to 2019. It is hosted by RISE in ISBN: 978-91-89049-57-4 collaboration with 15 research partners and involves more than 50 industry partners. Mistra Future Fashion report number: 2019:23 www.mistrafuturefashion.com © RISE AB Lindholmspiren 7 A, 417 56 Göteborg www.ri.se Images: Siv Lindberg Layout: Malin Viola Wennberg For additional questions about the research, please contact corresponding author: Siv Lindberg Researcher, RISE AB [email protected] © RISE AB Lindholmspiren 7 A, 417 56 Göteborg www.ri.se summary The present paper investigates consumers’, perceptions of renewable and disposable nonwoven textilelike material, produced from pulp and PLA on a paper machine for the MISTRA Future Fashion Program (MFF samples). The main purpose was to see if such a material can accepted by consumers as a clothing material. Twenty-one female consumers participated in the study which consisted of tactile exploration, a semi-structured interview on materials and a web-based survey on their knowledge and behavior about fashion consumption as well as their personality traits with respect to being Style or Fashion oriented as described by Gwozdz, Gupta and Gentry (2015). -
The Effect of Clothing Material Art Recreation on Children's Wear
International Conference on Education Technology and Economic Management (ICETEM 2015) The Effect of Clothing Material Art Recreation on Children’s Wear Design 1,a ShuLi Wen 1Jiangxi Institute of Fashion Technology, Jiangxi, Nanchang [email protected] Keywords: Recreation of textile, Degree of polymerization, Pattern, Children’s garments, Design. Abstract. This paper sees available garment materials as a kind of fabric semi-finished product. It combines with the characters of clothing style and utilizes new design thought and craft to further change available fabric appearance style. It can apply fabric’s plane and stereoscopic effect to the children’s garments design and extrude half and whole third dimension of pattern. What’s more, it can make the application of fabric design on children’s clothing better promote children’s intelligence development, which has major practical significance for improving social orderly development and building a harmonious socialist society. The concept of garment materials art recreation Garment materials art recreation is related to one design of garment materials. It is to promote aesthetic artistic effect of clothing and used fabric. It combines with the characters of clothing style and utilizes new design thought and craft to further change available fabric appearance style and improve existing fabric quality and artistic effect, which would make the potential aesthetic perception which fabric has obtain the best development[1-2]. Artistic effect generated by garment material art recreation usually includes visual effect, touch effect and auditory effect. Visual effect is the meaning that people can feel fabric artistic effect by eyes, and emphasize design pattern combined with innovation effect of color in fabric. -
Dimensional Characteristics Ofjute and Jute-Rayon Blended Fabrics
:r'"' . ! Indian Journal of Textile Research Vol. 14. December 1989, Pp, 164-168 Dimensional characteristics of jute and jute-rayon blended fabrics crosslinked with DMDHEU r-N'C~~m &tA KtMukherjee Applied Chemistry Division, Indian Jute Industries' Research Association,Calcutta 700 OXS;~" ~ , Received 24 July 1989; accepted 4 September 1989 Jute and jute-rayon blended fabrics were crosslinked with 1,3-dimethylol-4,5-dihydroxyethylene urea (DMDHEU) using metal salt catalysts [MgClz, ZnClz and Zn(NOJ}21, acid catalysts (HCl and CH3COOH) and mixed catalysts (MgCl/HCl and MgCl/CHJCOOH) by the usual pad-dry-cure method and their dimensional characteristics assessed. The crosslinking treatment reduced the % area shrinkage, i.e. improved the dimensional stability of jute and jute-rayon blended fabrics signifi- cantly. The improved dimensional behaviour of treated fabrics has been attributed to the reduction in the elastic property of amorphous regions of cellulose structure. Crosslinking makes such regions behave like orderly oriented regions. t t ~ ; '.j Keywords: Crosslinking, Dif!1_ensional characteristics, Jute, Jute-rayon blended fabric, Dimethyloldi- hydroxyethylene ure'a" ' . I Introduction properties of jute fabrics modified by crosslinking The dimensional stability, i.e. resistance to with few resins in presence of catalyst, it was con- shrinkage or extension on washing, has always sidered worthwhile to study the dimensional behav- been considered important for textile fabrics. It iour of jute and jute-rayon blended fabrics after cross- has become much critical in recent years with the linking them with DMDHEU in presence of different increasing demand for dimensionally stable fa- types of catalyst. Hence, the present study. -
Tensile Properties of Bamboo, Jute and Kenaf Mat-Reinforced Composite
Available online at www.sciencedirect.com ScienceDirect Energy Procedia 56 ( 2014 ) 72 – 79 11th Eco-Energy and Materials Science and Engineering (11th EMSES) Tensile Properties of Bamboo, Jute and Kenaf Mat-Reinforced Composite Toshihiko HOJOa,Zhilan XUb, Yuqiu YANGb*, Hiroyuki HAMADAa aKyoto Institute of Technology,Matsugasaki,Sakyo-ku, Kyoto, 6068585,Japan b Donghua University,Songjiang District,Shanghai, 201620,China Abstract Natural fibers, characterized by sustainability, have gained a considerable attention in recent years, due to their advantages of environmental acceptability and commercial viability. In this paper, several kinds of composites with natural fiber mat as reinforcement and unsaturated polyester(UP) as matrix, including jute/UP, kenaf/UP and bamboo/UP, were fabricated by hand lay-up and compression molding methods. Their tensile properties were tested and discussed, as well as the low cycle fatigue(LCF) behavior of three composites, which was compared with glass/UP. After the test, the fracture cross sectional observations were carried out on the selected test specimens using a scanning electron microscope(SEM),with a focus on the fracture morphologies. © 2014 Elsevier The Authors. Ltd. This Published is an open by access Elsevier article Ltd. under the CC BY-NC-ND license Peer-review(http://creativecommons.org/licenses/by-nc-nd/3.0/ under responsibility of COE of Sustainalble). Energy System, Rajamangala University of Technology Thanyaburi (RMUTT).Peer-review under responsibility of COE of Sustainalble Energy System, Rajamangala University of Technology Thanyaburi (RMUTT) Keywords: tensile property ; natural fiber mat; composites 1. Introduction Over the past few decades, there has been a growing interest in the use of natural fibers [1]. -
Fabric-Evoked Prickle of Fabrics Made from Single Fibres Using Axial Fibre-Compression-Bending Analyzer
Indian Journal of Fibre & Textile Research Vol. 41, December 2016, pp. 385-393 Fabric-evoked prickle of fabrics made from single fibres using axial fibre-compression-bending analyzer Rabie Ahmed Mohammed Asad1, 2, Weidong Yu1, 3, a, Yong-hong Zheng4 & Yong He4 1Key Laboratory of Textile Science & Technology, Donghua University, Shanghai 201 620, P R China 2Department of Textile Engineering and Technology, Faculty of Textiles, University of Gezira, Wad-Medani, P O Box 20, Sudan 3TextileMaterials and Technology Laboratory, Donghua University, Shanghai 201 620, P R China 4Chongqing Fibre Inspection Bureau, Beibu New District, Chongqing, China Received 12 June 2014; revised received and accepted 18 December 2014 Fabrics made from cotton, cashmere, flax, hemp, ramie, jute, and wool fibres, have been used to investigate and analyze the prickle comfort properties of fabrics worn as garments. Physical properties include single-fibre critical load, compression and bending modules, which greatly affect the fabric physiological comfort. The fibres are tested using a ‘fibre axial compression-bending analyzer’. The behavior mechanisms of single-needle fibre are also analyzed, evaluated, and explained using fibres critical load, fineness, and protruding length. Physical and neuro-physiological basis for prickle sensation force from single-needle fibre depends on its bending modulus and axial compressive behavior. This experimental work shows that the bending modulus of ramie, jute, and wool fibre is significantly high as compared to other fibres. Thus, high prickle values of ramie, jute and wool fibres make them more uncomfortable due to the cross-section parameters and bending modulus of the single fibre needle. It is observed that the prickle feeling comes from the axial-compressive behavior and the number of effective fibre needles protruding from worn fabric surface. -
Click Here to Download the 4Th Grade Curriculum
Copyright © 2014 The Confederated Tribes of Grand Ronde Community of Oregon. All rights reserved. All materials in this curriculum are copyrighted as designated. Any republication, retransmission, reproduction, or sale of all or part of this curriculum is prohibited. Introduction Welcome to the Grand Ronde Tribal History curriculum unit. We are thankful that you are taking the time to learn and teach this curriculum to your class. This unit has truly been a journey. It began as a pilot project in the fall of 2013 that was brought about by the need in Oregon schools for historically accurate and culturally relevant curriculum about Oregon Native Americans and as a response to countless requests from Oregon teachers for classroom- ready materials on Native Americans. The process of creating the curriculum was a Tribal wide effort. It involved the Tribe’s Education Department, Tribal Library, Land and Culture Department, Public Affairs, and other Tribal staff. The project would not have been possible without the support and direction of the Tribal Council. As the creation was taking place the Willamina School District agreed to serve as a partner in the project and allow their fourth grade teachers to pilot it during the 2013-2014 academic year. It was also piloted by one teacher from the Pleasant Hill School District. Once teachers began implementing the curriculum, feedback was received regarding the effectiveness of lesson delivery and revisions were made accordingly. The teachers allowed Tribal staff to visit during the lessons to observe how students responded to the curriculum design and worked after school to brainstorm new strategies for the lessons and provide insight from the classroom teacher perspective. -
Growing Hemp for Fiber Or Grain
Growing Hemp for Fiber or Grain Presented by: Dr. Craig Schluttenhofer Research Assistant Professor of Natural Products Agriculture Research Development Program Fiber and Grain Hemp ▪ Can fit into existing grain/forage crop production models ▪ The major limitation is finding a processor that will purchase these crops Hemp: A Bast Fiber Planting a Fiber Crop ▪ Use a fiber or dual-purpose (fiber and grain) variety directly seeded into the field ▪ Plant mid-May to late-May ▪ Planted ¼ to ½ deep with a grain drill ▪ High plant density (30-35 live seed/ft2), ~60 lbs./A ▪ Use 7-8” between rows for quick canopy closure and weed suppression Growing Hemp for Fiber ▪ Plant should reach 10-15+ ft - the taller the better - long slender stems ▪ Best estimates for fertility - N: 50-100 lbs./acre - P: 45-60 lbs./acre - K: 35-100 lbs./acre Fiber Crop Maturity ▪ When male plants are at starting to flower ▪ Usually this will be mid-August for Ohio ▪ Cut with a sickle-bar or disc mower ▪ Leave to ret Retting ▪ Retting is a controlled rotting process that loosens the fibers from the hurd ▪ Cut green stalks are left in the field 2-6 weeks to “ret” ▪ Relies on fungi and bacteria to degrade pectin binding fibers to the hurd ▪ Turns brown to gray color, some charcoal covered spots “Bowstring” Test ▪ Natural separation of the fiber from the hurd during the retting process ▪ Indication the stalks are properly retted ▪ Further retting leads to decline in fiber quality and quantity Baling ▪ 1-ton round or square bales ▪ Moisture content – 16% or below to avoid molding, <10% may result in brittleness and impact fiber quality ▪ Avoid contaminating weeds in bales ▪ Avoid getting any plastic or debris in bales ▪ Do not bale up stones as they will cause damage to farm and factory equipment. -
Clothing. Grade Two, Unit One, 2.1. Comprehensive Social Studies Curriculum for the Inner City
DOCUMENT RESUME ED 104 776 95 SO 008 274 AUTHOR Anderson, Mary Louise TITLE Green Power: Clothing. Grade Two, Unit One, 2.1. Comprehensive Social Studies Curriculum for the Inner City. INSTITUTION Youngstown Board of Education, Ohio. SPONS AGENCY Office of Education (DHEW), Washington, D.C. PUB DATE Jun 71 NOTE 40p.; For related documents, see ED 070 693 and SO 008 271 through SO 008 300; Some pages of marginal legibility EDRS PRICE MF-$0.76 HC Not Available from EDRS..PLUS POSTAGE DESCRIPTORS *Clothing; *Consumer Education; *EcOnomic Education; Economics; Elementary Education; Grade 2; Group Relations; Learning Activities; Needs; *Social Studies Units; *Urban Education IDENTIFIERS EleMentary Secondary Education Act Title III; ESEA Title III; FICSS; Focus on Inner City Social Studies ABSTRACT The second unit of the second grade level of the Focus on Inner City Social Studies (FICSS) series (see SO 008 271) continues to build upon the economic principles introduced in grade one. Specifically, the focus is on the procurement of essential and non-essential clothing. The learning activities help students to learn the sources of fabrics, clothing needs according to the season, styles and fads, and the wise use of financial resources when procuring clothes- The developers encourage critical thinking in more reasoned clothing purchases by students as well as their families and differentiating between wants and needs. The document includes an introduction to the unit, essential source materials; knowledge, skill, and behavioral objectives; learning -
Jute and Kenaf Chapter 7
7 Jute and Kenaf Roger M. Rowell and Harry P. Stout CONTENTS 7.1 Introduction......................................................................................................................406 7.2 Formation of Fiber .......................................................................................................407 7.3 Separation of Blast Fiber from Core ............................................................................408 7.4 Fiber Structure................................................................................................................ 409 7.5 Chemical Composition..................................................................................................................411 7.6 Acetyl Content ................................................................................................................412 7.7 Changes in Chemical and Fiber Properties during the Growing Season ................. 414 7.8 Fine Structure ...............................................................................................................419 7.9 Physical Properties ..........................................................................................................420 7.10 Grading and Classification............................................................................................421 7.11 Fiber and Yarn Quality..................................................................................................................... 423 7.12 Chemical Modification for Property Improvement.......................................................424