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Thursday, January 19, 2012

Textile History of Various Countries

India

Indian textile enjoys a rich heritage and the origin of textiles in India traces back to the Indus valley Civilization where people used homespun cotton for weaving their clothes.Rigveda, the earliest of the Veda contains the literary information about textiles and it refers to weaving. Ramayana and Mahabharata, the eminent Indian epics depict the existence of wide variety of fabrics in ancient India. These epics refer both to rich and stylized garment worn by the aristocrats and ordinary simple clothes worn by the common people. The contemporary Indian textile not only reflects the splendid past but also cater to the requirements of the modern times.

Japan

In 1869 the capital of Japan was shifted from Kyoto to Tokyo and from this time onwards the Nishijin weaving tradition seemed threatened with extinction. The industry again started to grow along with Japan's new capitalist economy by 1890 when the Nishijin weavers embraced and applied modern technology to their own ancient and original textile art. The textile art of Japan particularly reached an epitome of excellence by exhibiting a cultural distinction and remarkable artistic skill in the Edo and succeeding Meiji periods (1868 - 1912).

China

Chinese textiles enjoy an excellent heritage in textile sector and occupy a prominent position in the global textile market. Chinese textiles are world famous and extraordinary for their fine quality and profound symbolic meanings. Textiles in china often form an integral aspect of its heritage and symbolically reflect its tradition and culture.In China, textile is often closely associated with prosperity and involved in the process of elaborate rituals. Parents' spontaneous love for their children is most visibly reflected through the excellent clothes they provide on festive occasions to their children. These clothes are made up of expensive materials and excellent craftsmanship.

Africa

In the ancient times the most important aspect of textiles or more precisely cloth in Africa was that cloth was used as form of money. The width of cloth strip was usually standardized in each region of Africa and therefore there used to be a regular number of such standard length cloth strips required to make a woman's wrapper cloth. This would then be used to serve as the unit of value. Cloth was a convenient form of money primarily because it was used by everybody, fairly durable and easily sub dividable.
The weavers, dyers and other textile artists of Africa together makes an active contribution in creating exquisite and amazing range of textiles. African textiles usually embody a great variety of styles. Adinkara, kente and bogolan are some of the some of the African textiles which are becoming increasingly popular while some others like Yoruba, ase-oke and adire are equally beautiful but less well known.

Evolution of Textile Industry

Textile industry evolved from being a domestic small-scale industry, to the status of supremacy it currently holds. The ?cottage stage? was the first stage in its history where textiles were produced on a domestic basis.

  
 The Textile Industry

The textile industry is a group of related industries which uses a variety of natural fibers such as Cotton, kapok, fique, sisal, banana, agave, flax, jute, kenaf, hemp, ramie, rattan, vine, wool, coir, asbestos, sheep's wool, cashmere goat hair, mohair goat hair, alpaca hair, horse hair, silk etc. and/or synthetic fibres such as polyamide nylon, PET or PBT polyester, phenol-formaldehyde (PF), polyvinyl alcohol fiber (PVA), polyvinyl chloride fiber (PVC), polyolefins (PP and PE), acrylic polyesters, aramids, polyethylene (PE), Elastomers, spandex, polyurethane etc.
Subdivision of the textile industry into its various components can be approached from several angles. According to reference, the classical method of categorizing the industry involves grouping the manufacturing plants according to the fibre being processed, that is, cotton, wool, or synthetics. The modern approach to textile industry categorization, however, involves grouping the manufacturing plants according to their particular operation such as crocheting and pressing the fibers, spinning, weaving, knitting, knotting, apparel making, etc.
New innovations in clothing production, manufacture and design came during the Industrial Revolution - these new wheels, looms, and spinning processes changed clothing manufacture forever.
The ‘rag trade’, as it is referred to in the UK and Australia is the manufacture, trade and distribution of textiles.
There were various stages - from a historical perspective - where the textile industry evolved from being a domestic small-scale industry, to the status of supremacy it currently holds. The ‘cottage stage’ was the first stage in its history where textiles were produced on a domestic basis.
During this period cloth was made from materials including wool, flax and cotton. The material depended on the area where the cloth was being produced, and the time they were being made.
In the later half of the medieval period in the northern parts of Europe, cotton came to be regarded as an imported fiber. During the later phases of the 16th century cotton was grown in the warmer climes of America and Asia. When the Romans ruled, wool, leather and linen were the materials used for making clothing in Europe, while flax was the primary material used in the northern parts of Europe.
During this era, excess cloth was bought by the merchants who visited various areas to procure these left-over pieces. A variety of processes and innovations were implemented for the purpose of making clothing during this time. These processes were dependent on the material being used, but there were three basic steps commonly employed in making clothing. These steps included preparing material fibers for the purpose of spinning, knitting and weaving.
During the Industrial Revolution, new machines such as spinning wheels and handlooms came into the picture. Making clothing material quickly became an organized industry - as compared to the domesticated activity it had been associated with before. A number of new innovations led to the industrialization of the textile industry in Great Britain. Clothing manufactured during the Industrial Revolution formed a big part of the exports made by Great Britain. They accounted for almost 25% of the total exports made at that time, doubling in the period between 1701 and 1770.
The center of the cotton industry in Great Britain was Lancashire - and the amount exported from 1701 to 1770 had grown ten times. However, wool was the major export item at this point of time.
In the Industrial Revolution era, a lot of effort was made to increase the speed of the production through inventions such as the flying shuttle in 1733, the flyer-and-bobbin system, and the Roller Spinning machine by John Wyatt and Lewis Paul in 1738.
Lewis Paul later came up with the carding machine in 1748 and in 1764 the spinning jenny was also developed. The water frame was invented in 1771 by Richard Arkwright. The power loom was invented in 1784 by Edmund Cartwright.
In the initial phases, textile mills were located in and around the rivers since they were powered by water wheels. After the steam engine was invented, the dependence on the rivers ceased to a great extent. In the later phases of the 20th century, shuttles that were used in the textile industry were developed and became faster and thus more efficient. This led to the replacement of the older shuttles with the new ones.
Today, modern techniques, electronics and innovation have led to a competitive, low-priced textile industry offering almost any type of cloth or design a person could desire. With its low cost labour base, China has come to dominate the global textile industry.

Wednesday, January 18, 2012

Study about textile(garments) Index

•Textile           •Evolution of Textile Industry
           •Textile History
           •Textile Story
           •Storage of Textile Materials
           •Textile News
           •Trade Shows
      •Fiber
           •Basic Properties
           •Specific Properties
           •Fiber classification
           •Blended Fiber
           •Fiber Identification
           •History of Fibers
           •Timeline of Manmade Fibers
           •Ginning
           •Natural Fibers
           •Natural Cellulose Fibers
           •Vegetable Fiber Properties
           •Natural - Cellulosic Seed
                •Cotton Fibers
                •Kapok Fibers
                •Coir Fibers
           •Natural - Cellulosic Bast
                •Banana Fibers
                •Jute Fibers
                •Flax/Linen Fibers
                •Hemp Fibers
           •Natural - Cellulosic Leaf
                •Sisal Fibers
           •Natural Protein Fibers
           •Natural - Protein Wool
                •Sheep Wool Fibers
                •Alpaca and its Properties
                •Alpaca Fiber
                •Qiviut Fiber
           •Natural - Protein Insect
           •Natural - Protein Hair/Fur
           •Natural - Mineral/Metallic
           •Manmade Fibers
           •Manmade Fiber Manufacturing
           •Manmade - Regntd. Cellulose
           •Manmade - Regntd. Protein
           •Manmade - Synthetic
                •Acrylic Fibers
                •Polyester Fibers
           •Manmade - Mineral
           •Polymer Fibers
           •Polyamide Fibers
           •Elastomeric Fibers
           •Polyolefin Fibers
           •Vinyl Fibers
           •Miscellaneous Fibers
      •Textile Yarns
           •Staple Yarn Spinning
      •Spinning
           •Yarn Formation
           •Spinning Techniques
           •Textile Yarn Types
           •Textile Yarn's Construction
           •Textile Yarn size/substance
           •Thread Numbering System
           •Filament Yarn Spinning
           •Staple Yarn Spinning
           •Ring Spinning
           •Winding
           •Optimum Spinning condition
           •Blow Room Functions
           •Objectives of blow room
           •Carding Functions
           •Objectives of carding
           •Drawframe Functions
           •Combing
           •Roving
                •Simplex Frame and its Parts
           •Lap Former Process
           •Speed frame
           •Rotor Spinning
           •Substrate Formation
           •Airjet Spinning
                •Air-Jet Spinning of Yarn
           •Twist Insertion and Different Spinning Techniques
           •Characteristics of Textile Blended yarn and fabric
           •Knit yarn Production
           •Sampling of Bales
      •Fabrics
           •History of Fabrics
           •Fabric Types
           •Woven Fabrics
           •Knitted Fabrics
           •Blended Fabrics
           •Defects of Fabric
           •Denim Fabrics
           •Washing Techniques
           •Application of Fabrics
           •Non-Woven Fabrics
                •Rw-materials for non-woven s
      •Weaving
           •Weave Patterns
           •Weaving Basics
           •Major Loom Systems
           •Warping and Selvedge
           •Sample warping
           •Sizing
           •Preparation of weaving machines
           •Weaving Looms
           •Weaving machines
           •Weaving Technologies
           •Rapier weaving machines
           •Projectile weaving machines
           •Air jet weaving machines
           •Water jet weaving machines
           •Special weaving machines
           •Structure of weaving machine
           •Warp let-off
           •Shedding machines
           •Drive and control
           •Other equipments
           •Weft feeders
           •Weft and warp control
           •Selvedges
           •WovenDesign
           •DraftingPlans
                •PlainWeaves
                •TwillWeaves
                •Honey Comb Weaves
                •ZigZagorWavyTwills
                •ReArrangedTwills
                •CombinationTwills
                •BrokenTwills
                •Transposed Twills
           •Loom Mechanisms
           •Parts of Loom
      •Knitting
           •Warp Knitting
           •Lapping Diagrams
           •Yarn threading plan
           •Knitting Needles
           •Stitch Formation
           •Needle-bed
           •Flat Knitting Machines
      •Embroidery
           •Schiffli Embroidery
           •Embroidery Process
           •Schiffli Machine Functioning
           •Machine Types
           •Designing Embroidery Designs
           •Most used Fabrics
           •Types of Embroidery
           •Embroidery Needles
           •Borers
           •Bobbins
           •Shuttles/Schiffli
           •Threading Up
           •Embroidery Repeats
           •Preparing the Fabric
           •Putting the Fabric
           •Fabric Fixation Systems
           •Removing the Fabric
           •Winding Up
           •Start Stitching
           •Finishing Methods
      •Textile Finishing
           •Textile Finishing Aims
           •Finishing Process
           •Textile Fabric Finishing
           •Fabric Finishes
           •Routine Finishes
           •Pre-Shrinking Finish
           •Appearance Enhancing Finishes
           •Garment Finishes
           •Special Finishes
           •Water Proof and Repellent Finish
           •Fabric Preparation
           •Preparation Techniques
           •Dyeing
           •Dyeing/Finishing
           •Dyeing Methods
           •Types of Dyes
           •Printing
           •Finishing
           •Yarn Finishing System
           •Automatic cone winding
           •Types of Doubling
           •Screen Printing
      •Apparel
           •Garment Engineering
           •Apparel Manufacturing
                •Fabric Inspection
                •Pattern Making
                •Product Design
                •Spreading
                •Pattern Grading
                •Pattern Marking
                •Cutting
                •Bundling
                •Sewing
                •Pressing or Folding
                •Finishing and Detailing
                •Dyeing and Washing
                •Quality Control
                •Quality Control Essentials
                •Product Liability
                •Ticketing and Bar-coding
                •Apparel Testing
                •Garment Inspection
                •Standard Apparel Construction Guidelines
                •Standard Body Dimensions
           •Supporting Operations
           •Garment Apparatus
                •Sewing Thread
                •Sewing Needles
                •Feeding Systems
                •Seam Types
                •Stitch Types
                •Packaging Tape
                •Plastic Polybag
                •Carton Boxes
                •Carton Strapping
           •Garment Accessories
                •Interlining
                •Embroidery
                •Garment Decoration
                     •Sequin Decoration
                     •Bead Finishes
                •Rhinestones
                •Buttons
                •Care Labels
                •Zipper
           •Merchandising
                •Lab Dips
                •Merchandiser's other Responsibilities
           •Sampling
           •Fabric Sourcing
           •Purchasing
           •Fabric Auditing
           •Apparel Terms
      •Technical Textiles
           •Finishing Technical Textiles
      •Fashion
      •Conversion Formulas
           •Fiber Formulas
           •Spinning Formulas
           •Yarn Conversions
           •Weaving Formulas
      •Costing
           •Spinning Mill Costing
           •Profit Computation of Spinning Mill
           •Garment Costing
           •Fabric Consumption
           •Fabric Cost
           •Trims and Accessories
           •Sea and Air Freight
           •Costing of Shirts
      •Dispatch
           •Containerization


 

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