DOCSLIB.ORG

A Study on the Quality of Blended Jute Yarn Through Two Different Process Line

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
A Study on the Quality of Blended Jute Yarn Through Two Different Process Line Volume 5, Issue 4,Fall 2007 A Study on the Quality of Blended Jute Yarn through Two Different Process Line A.K.M.Mahabubuzzaman1, Md. Osman Ghani Miazi2, M. Dilder Hossain3, M.A. Rashid Sarker4 and Md. Ayub Nabi Khan5 1.Corresponding author: Senior Scientific Officer, Mechanical Processing Division, Bangladesh Jute Research Institute (BJRI), Manik mia Avenue, Dhaka-1207. Bangladesh 2.Principal Scientific Officer (BJRI), 3.Professor, Department of Physics, Jahangirnagar University, Savar, Dhaka, 4.Professor, Department of Mechanical Engineering, BUET, Dhaka, 5.Professor, Department of Textile Engineering, Primeasia University, Dhaka, Bangladesh. ABSTRACT Jute is golden fiber of Bangladesh. It was the main export item of Bangladesh till 1971. At present, jute is the third foreign currency earner next to the garments and manpower sectors. There are about 80 jute mills in the country. They are using conventional jute machinery and are producing conventional jute products. Most of the jute mills have slip draft spinning machine. A large number of the machines are lying at idle condition due to the unavailability of spare parts and few of them are producing yarn thicker than 241 tex. So, it is most essential to produce blended yarn by identifying the specific blending techniques through an extensive study. Therefore, the aim of this investigation was a study to select an appropriate blending technique to produce blended jute yarn in slip draft spinning machine. In jute processing system, feeding technique of jute in breaker card machine blended with other synthetic fibers is an important factor for quality -blended yarn. If blending is occurred more perfectly, the blended yarn will be more regular. To produce quality-blended yarn, two techniques were followed in slip draft spinning frame. One process was through Hopper feeder and Teaser Card blending with jute fiber cutting as staple form and another process was through Breaker Card feed lattice blending with long jute. Among the processes, the produced yarn from blending with long jute through Breaker Card feed lattice was found better of the yarn of 241 tex (7 lbs/spy) than that of blending through Hopper feeder and Teaser Card blending with jute fiber cutting as staple form. Keywords: Quality, Spinning, Yarn, Tex, Blend and Fibre. 1. INTRODUCTION conventional jute machinery and are producing conventional jute products. Most Jute is golden fiber of Bangladesh. It was of the jute mills have apron draft spinning the main export item of Bangladesh till machine. A large number of the machines 1971. At present, jute is the third foreign are lying at idle condition due to the currency earner next to the garments and unavailability of spare parts and few of them manpower sectors. There are about 80 jute are producing yarn thicker than 170 tex [4]. mills in the country. They are using Article Designation: Scholarly 1 JTATM Volume 5, Issue 4, Fall 2007 The conventional jute products are facing Different blending technique i) Ble nding tough opposition with synthetics in the with Hopper feeder and Teaser Card along world market. Industries are steadily losing with jute fiber cutting as staple form and ii) their productivity and very rationally less Blending with Breaker Card and machine efforts are given to pick up the productivity along with long jute on the feed lattice for [3]. The research was carried out to identify processing in the modified apron draft the blending technique to produce better spinning frame, were followed [2]. The value jute yarn with higher efficiency. There synthetic (acrylic, polyester, rayon) fibers is a potential market for blended jute yarn in were separated and opened up manually by the world. The produced yarn will be used in hand teasing and tufts of certain weights furnishing fabric, decorative fabric, were made. After that the blending was shopping bag, blanket etc. As a result, carried out by spreading the component diversified uses of jute will be greater than fibers i.e. jute and synthetic fiber (acrylic, before. polyester, rayon) in desired proportion 80:20 ratio by weight over the Breaker card lattice. So, it is most indispensable to produce The delivered slivers from breaker card were blended yarn by identifying the specific then processed through normal jute blending techniques through an extensive processing system and spun into yarns of study. Therefore, the aim of this 241 tex [5]. investigation was a study to select an appropriate blending technique to produce The obtained blended yarns were studied to blended jute yarn in apron draft spinning assess their physical properties e.g. actual machine. count, twist, CV% and quality ratio etc. The above properties were determined by using 2. METHODS AND ANALYSIS standard testing equipment as per standard methods of testing. The component fibers of Jute fiber of grade BWB and synthetic the blends i.e. BWB jute and synthetic (acrylic, polyester, rayon) fiber, the (acrylic, polyester, rayon) fiber were component fibers of the blend, were first characterized microscopically. The fineness procured. To convert the processed fibers of the fibers was determined by gravimetric into yarns of 241 tex (nominal count), the method. following sequences were completed of conventional jute processing system. 3. RESULTS AND OBSERVATIONS For blending, jute and synthetic (acrylic, The component fibers of the blends i.e. polyester, rayon) fibers were first taken by BWB grade jute and acrylic, polyester, weight as per blend ratio (Jute/synthetic Rayon fibers as characterized fiber: 80/20). Then the jute fiber was microscopically or other methods are shown softened by the application of emulsion in in the Table 1. softener machine and piled for 48 hours [1]. Table 1: Fiber characteristics: Fiber Length Fineness inch micron BWB jute 6.00(cut jute) 15-17 Polyester 4.2 2.7-3.2 Rayon 4.0 1.8-2.2 Acrylic 4.1 1.5-2.1 Article Designation: Scholarly 2 JTATM Volume 5, Issue 4, Fall 2007 The test results in respect of quality and generally said that high tenacity at break tensile properties of the 241 tex jute (acrylic, causes maximum quality ratio of yarn. In polyester, rayon) blended yarns in 80:20 the experiment, produced yarn shows that ratio is given in Tables 2 and 3. tenacity of the yarn increased with the increase of quality ratio. Quality Ratio: Quality ratio is the property of jute yarn which indicate the load at break Quality ratio: Load at break in lb (lbf)/count. A yarn of higher quality ratio Count of yarn indicates a yarn of higher strength. So, it is Table -2: Physical characteristics of 241 tex (7lbs/spy) in modified apron draft spinning frame through Hopper feeder and Teaser Card blending with jute fiber cutting as staple form. Fiber Nominal Actual Twist Tensile strength Reference Composition Count Count tpm kg (lbs) Quality value of tex tex Ratio Quality (lbs/spy ) (lbs/spy) % Ratio Mean SD CV% Extension 100% jute at break % (cut) Jute (BWB)/ 2.54 0.291 11.54 1.22 79.95 95 Polyester, 244 189 (5.59) 80:20 (7.08) 2.89 0.430 14.87 1.29 89.21 95 Jute (BWB)/ 241(7) 246 189 (6.37) Acrylic, (7.14) 80:20 239 189 2.20 0.454 20.45 1.27 69.98 95 Jute (BWB)/ (6.93) (4.85) Rayon, 80:20 It is shown from the experiment that quality through Hopper feeder and Teaser Card ratio of 241 tex jute/acrylic yarn in staple blending with jute fiber cutting as staple form mixing at blend ratio 80:20 is 89.21, on form. the other hand for the jute/acrylic 80:20 blend with long jute the quality ratio of the Jute fiber length plays an important role on yarn is 117.22. The quality ratios of both carding. Regular and uniform fiber length is yarns are deferred more. In addition other necessary for quality-blended yarn in the textile properties such as CV%, extension at spinning process. This fiber is naturally hard break are nearer for both the yarn [6]. and brittle and breaks off with abrasion; Among the above group of blends, the resistance to mechanical wear is low and not jute/acrylic 80/20 blend seemed to have durable especially on exposure to moist achieved a better balance of quality ratio and warm humid conditions. tensile strength in 241 tex yarn than that of Article Designation: Scholarly 3 JTATM Volume 5, Issue 4, Fall 2007 Table -3: Physical characteristics of 241 tex (7lbs/spy) in the modified apron draft spinning frame through Breaker Card feed lattice blending with long jute. Fiber Nominal Actual Twist Tensile strength Quality Reference Composition Count Count tpm kg (lbs) Ratio value of tex tex % Quality (lbs/spy ) (lbs/spy) Ratio 100% jute Mean SD CV% Extension (long at break % staple) Jute (BWB)/ 3.09 0.260 8.41 0.98 96.21 110 Polyester, 244 189 (6.81) 80:20 (7.08) 3.80 0.559 14.73 1.01 117.22 110 Jute (BWB)/ 241(7) 246 189 (8.37) Acrylic, (7.14) 80:20 239 189 3.42 0.393 11.51 0.95 108.65 110 Jute (BWB)/ (6.93) (7.53) Rayon, 80:20 In jute spinning carding plays an important the blend ratio of 80:20. Different textile role on whole process. The object of carding properties including quality ratio were is to break down and fleece-out the long tested. It was found that textile properties strips of jute and to convert them into a differed with the variation of blending continuous broad ribbon of line fibers called technique. Produced yarns were tested for sliver. This sliver must be as uniform in size analyzing the effect of acrylic fiber in and texture as possible and it must have a jute/acrylic -blended yarn [7].
Load more

Recommended publications
  • 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 ...................................................................................................................
    [Show full text]
  • 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.
    [Show full text]
  • 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].
    [Show full text]
  • 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.
    [Show full text]
  • 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.
    [Show full text]
  • 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
    [Show full text]
  • Woolenization of Jute Fibre
    European Scientific Journal October 2017 edition Vol.13, No.30 ISSN: 1857 – 7881 (Print) e - ISSN 1857- 7431 Woolenization of Jute Fibre Rony Mia Lecturer, Department of Textile Engineering (Wet Processing) National Institute of Textile Engineering & Research (NITER) Md. Ariful Islam Production Officer (Yarn Dyeing) Mega Yarn Dyeing Mills Ltd Bulbul Ahmed Executive Officer (Yarn Dyeing) Hamid Fabrics Ltd Jalal Ibn Amin Mojumdar Executive Officer (Woven Dyeing) Hamid Fabrics Ltd Doi: 10.19044/esj.2017.v13n30p314 URL:http://dx.doi.org/10.19044/esj.2017.v13n30p314 Abstract Once upon a time, Jute was called the golden fibre of Bangladesh. Due to some problems and growth of modern technology, the market share of jute has decreased. In this paper, the effect of Woolenization of jute fibre was described. It also shows how the physical and chemical properties of jute have been changed by alkali-treatment as well as its structure. It was demonstrated that this kind of treatment leads to several changes in its structure which has turned to a near wool structure. These works are done by different concentrations of different alkalis. Finally, 15% NaOH treatment of jute show maximum woolenized properties where we obtain softened and swollen jute. Conclusively, we have made some other products from woolenized jute fibres such that if introduced into our world market, it can increase the market share of jute fibre. Keywords: Jute, Woolenization, Alkali-treatment, NaOH Introduction Jute is a golden fibre in our country. Recently, its demand has reduced and it cannot be utilized properly in the world. Hence, the golden fibre has deteriorated into zero fibre.
    [Show full text]
  • Growth of Cotton and Jute Industry in India (From 1858 to 1947)
    International Archive of Applied Sciences and Technology Int. Arch. App. Sci. Technol; Vol 11 [2] June 2020 : 146-150 © 2020 Society of Education, India IIAAAASSTT [ISO9001: 2008 Certified Organization] ONLINE ISSN 2277- 1565 www.soeagra.com/iaast.html PRINT ISSN 0976 - 4828 CODEN: IAASCA REVIEW ARTICLE DOI: .10.15515/iaast.0976-4828.11.2.146150 Growth of Cotton and Jute Industry in India (From 1858 To 1947) Keerti Dua1, Madubala Gupta1 Department of History ,SDPG College Muzaffarnagar(U.P) Corresponding author- Keerti Dua email- [email protected] ABSTRACT Cotton is sustainable, renewable, and biodegradable fiber, making it an excellent choice as an environmentally-friendly fiber throughout its entire product Life. Cotton is the most popular Eco-Friendly fiber in the world, jute an amazing fiber became more popular in the accessories department. However, the world uses jute for many other applications and experts expect it to become a widespread material in the nearest future because of its benefits, so jute is Eco-friendly. Keywords: - jute, cotton, eco-friendly, development, world scenario. Received 20.02.2019 Revised 28.05.2019 Accepted 02.07.2019 CITATION OF THIS ARTICLE Keerti Dua, Madubala Gupta.Growth of Cotton and Jute Industry in India (From 1858 To 1947). Int. Arch. App. Sci. Technol; Vol 11 [2] June 2020: 146-150 INTRODUCTION Therefore, the trade practices should be eco-friendly, and not inflicting abundant damage to the neighbouring water bodies and biological places. About 68.88% of India’s population livelihood is sort of guaranteed to the earth and its natural resources though they need various skills, poor villagers seldom receive correct costs for his or her crops, product and labor many migrate to these overcrowded cities [20].
    [Show full text]
  • Surface Modification of Bast-Based Natural Fibers Through Environment Friendly Methods Tayyaba Fatma
    Chapter Surface Modification of Bast-Based Natural Fibers through Environment Friendly Methods Tayyaba Fatma Abstract Nowadays, natural products are extremely preferred among the people. These natural products are produced by environment friendly sources. In case of textiles, bast fibers play significant role in producing natural products that are extracted from the stem of various plant and environment friendly in nature. The bast fibers can also improve the livelihood of the poor farmers who are involved in the cultiva- tion of the plants and extraction and processing of the fibers. Therefore, surface modification of established natural fibers (such as hemp, flax, jute, kenaf, urena, nettle, and ramie) and explored natural fibers are momentous area for doing research. And, these modifications can be done through environment friendly methods such as plasma treatment, and utilization of enzymes, bacteria, and fungi. Keywords: natural fibers, surface modification, environment friendly methods, physical and mechanical properties of fibers 1. Introduction At global level, 58% of synthetic fibers is used in clothing in which 77% polyes- ter, 9% nylon, 6% acrylic, and 7% cellulosic fibers take place. Hence, the utilization of synthetic fibers is higher as compared to natural fibers. The synthetic fibers are generally made from polymers that have been synthetically produced from chemi- cal compounds, which create lot of air, land, and water pollutions. These synthetic fibers are more harmful for health of the human being as well as environment because these cannot easily degrade after its use. To overcome health-related problems and also for environmental safety, people are gradually attracted toward more and more use of natural products in both devel- oped and developing countries.
    [Show full text]
  • Retting Process of Some Bast Plant Fibres and Its Effect on Fibre Quality: a Review
    PEER-REVIEWED ARTICLE bioresources.com RETTING PROCESS OF SOME BAST PLANT FIBRES AND ITS EFFECT ON FIBRE QUALITY: A REVIEW Paridah Md. Tahir,a Amel B. Ahmed,a Syeed O. A. SaifulAzry,a and Zakiah Ahmed b Retting is the main challenge faced during the processing of bast plants for the production of long fibre. The traditional methods for separating the long bast fibres are by dew and water retting. Both methods require 14 to 28 days to degrade the pectic materials, hemicellulose, and lignin. Even though the fibres produced from water retting can be of high quality, the long duration and polluted water have made this method less attractive. A number of other alternative methods such as mechanical decortication, chemical, heat, and enzymatic treatments have been reported for this purpose with mixed findings. This paper reviews different types of retting processes used for bast plants such as hemp, jute, flax, and kenaf, with an emphasis on kenaf. Amongst the bast fibre crops, kenaf apparently has some advantages such as lower cost of production, higher fibre yields, and greater flexibility as an agricultural resource, over the other bast fibres. The fibres produced from kenaf using chemical retting processes are much cleaner but low in tensile strength. Enzymatic retting has apparent advantages over other retting processes by having significantly shorter retting time and acceptable quality fibres, but it is quite expensive. Keywords: Kenaf; Bast long fibres; Retting; Fibre characteristics; Pectic materials; Enzyme Contact information: a:
    [Show full text]
  • A Complete Comparison Between JUTTON & COTTON-Increase Jute
    Journal of Textile Engineering & Fashion Technology Research Article Open Access A complete comparison between JUTTON & COTTON-increase jute dependency instead of cotton Abstract Volume 6 Issue 4 - 2020 Jute producing sector is one in every of the oldest ancient manufacturing sectors of East Syed Tanvir Hasan,1 Md Mahfuz Alam,2 Pakistan. As a lignocellulosic natural fibre jute possesses exhausting and harsh qualities 1 2 that build it troublesome to provide attire and alternative fancy materials used in our daily Rezwan Sal Sabil, Md Solaiman Bari 1Department of Yarn Manufacturing Engineering, Textile life. Jute-Cotton mix is one in every of the doable choices to cut back the reliableness Engineering College, Noakhali affiliated by Bangladesh University on the cotton. The aim of this work is to characterize the Jute-cotton alloyed material. of Textiles, Tejgaon, Dhaka-1208, Bangladesh During this work 100 gift cotton material is compared with a jute-cotton alloyed fabric. 2Department of Fabric Manufacturing Engineering, Textile material samples like weave style, yarn count, material density, cowl issue, weight per unit Engineering College, Noakhali affiliated by Bangladesh University space (g/m²), material strength, colouring performances like wash and rubbing fastness are of Textiles, Tejgaon, Dhaka-1208, Bangladesh evaluated. The reflection factor attempt to color strength K/S values of reactive colored material and basic dyed fabric samples were additionally studied. The experimental works Correspondence: Syed Tanvir Hasan, Department of Yarn are done at Dyeing laboratory and textile testing & quality control laboratory of Textile Manufacturing Engineering. Textile Engineering College, Noakhali Engineering College, Noakhali. affiliated by Bangladesh University of Textiles, Bangladesh.
    [Show full text]
  • Investigation of the Physical Properties of Jute Blended Yarn Using a Novel Approach in Spinning Process
    Journal of Textile Science and Technology, 2016, 2, 1-6 Published Online February 2016 in SciRes. http://www.scirp.org/journal/jtst http://dx.doi.org/10.4236/jtst.2016.21001 Investigation of the Physical Properties of Jute Blended Yarn Using a Novel Approach in Spinning Process Md. Abdus Shahid1, A. K. M. Mahabubuzzaman2, Farid Ahmed3, Ayub Ali4 1Department of Textile Engineering, Dhaka University of Engineering and Technology (DUET), Gazipur, Bangladesh 2Department of Mechanical Processing Division, Bangladesh Jute Research Institute (BJRI), Dhaka, Bangladesh 3Department of Physics, Jahangirnagar University, Dhaka, Bangladesh 4Department of Apparel Manufacture & Technology, BGMEA University of Fashion and Technology (BUFT), Dhaka, Bangladesh Received 9 December 2015; accepted 1 January 2016; published 3 February 2016 Copyright © 2016 by authors and Scientific Research Publishing Inc. This work is licensed under the Creative Commons Attribution International License (CC BY). http://creativecommons.org/licenses/by/4.0/ Abstract This work reports the successful outcomes to process the polyester, acrylic and wool fiber along with jute fiber exclusively using existing jute processing machineries for manufacturing the 241 tex jute blended yarn. The blending was performed at feeding stage of breaker carding machine and blending ratio of jute and polyester/acrylic/wool fibers is 80:20. Manufacturing of jute blended yarns will create a new opportunity for extending the uses of jute fibers in value added jute products. The present work is concerned with the investigation of physical properties such as tenacity, elongation % at break, quality ratio, unevenness, imperfections (thick, thin & neps) and hairiness of manufactured jute blended yarns. The jute-polyester (80/20) blended yarn shows the higher strength and more evenness compared to jute-acrylic (80/20), jute-wool (80/20) blended and 100% jute yarn.
    [Show full text]