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Textile Fibers Overview
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Textile Fibers Overview

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Questions and Answers

Which characteristic is NOT essential for fibers to be spun into yarn?

  • Flexibility
  • Color consistency (correct)
  • Length of at least 5 millimeters
  • Sufficient strength
  • What are the methods by which textile fibers can be formed into fabrics?

  • Baking and drying
  • Weaving and knitting (correct)
  • Painting and dyeing
  • Cutting and gluing
  • Which of the following properties is considered important for textile fibers?

  • Uniformity (correct)
  • Chemical reactivity
  • Electromagnetic interference
  • Thermal conductivity
  • What is defined as a unit of matter that forms the basic element of fabrics?

    <p>Textile fiber</p> Signup and view all the answers

    In text classification, which term does NOT relate to methods of fabric creation?

    <p>Measuring</p> Signup and view all the answers

    Which characteristic of fiber indicates that it is capable of returning to its original shape after being stretched?

    <p>Elasticity and flexibility</p> Signup and view all the answers

    Which of the following is NOT a basis for the classification of fibers?

    <p>Based on density</p> Signup and view all the answers

    Which type of fiber is classified as a natural fiber that comes from plants?

    <p>Vegetable fibers</p> Signup and view all the answers

    What type of fiber is characterized by being a slender threadlike structure?

    <p>Filaments</p> Signup and view all the answers

    Which characteristic is essential for fiber's ability to interact with dye stuff?

    <p>Affinity to dye stuff</p> Signup and view all the answers

    Study Notes

    Fiber

    • Fiber is defined as a delicate, hair-like portion of plant, animal, or other substances that are very small in diameter in relation to their length.
    • A fiber is several hundred times longer than it is thick.

    Textile Fiber

    • A textile fiber is a fundamental unit of matter, either natural or manufactured.
    • Textile fibers are the basic element of fabrics and other textile structures.

    Fiber Classification

    • Fiber classified by origin: Natural Fibers, Man Made Fibers, Vegetable Fibers, Animal Fibers, Mineral Fibers, Regenerated Fibers, Non-Cellulosic Polymer Fibers (Synthetic Fibers), Metallic Fibers, Rubber Fibers
    • Fiber classified by length: Filaments (slender threadlike fiber), Staple Fibers
    • Fiber Classified by Conductivity: Thermoplastic fibers, Non-Thermoplastic fibers

    Characteristics of Fiber

    • Fibrous formation is essential
    • Length is thousands of times longer than its diameter
    • It must have the ability to be spun
    • Sufficient strength and spinning ability are also essential
    • Contains elasticity and flexibility characteristics
    • Fineness is an important characteristic
    • Special color is a characteristic of fiber
    • Affinity to dye stuff is a characteristic

    Natural Fiber

    • Natural fibers can be classified as Cellulosic, Protein, and Mineral

    Cellulosic Fiber

    • Plant fibers are categorized into Seed, Bast/Stem, and Leaf
    • Plant fiber is classified into soft fibers and hard fibers
    • Soft fibers are processed through a laborious process to remove them from plants.
    • The plants are selected and harvested, partially dried, then pounded with a mallet.
    • Hard fibers are subjected to a process of cutting, drying, cleaning, and soaking.

    Plant Fiber

    • Major commercially used plant fibers: Cotton, Coir, Kapok, Flax, Hemp, Ramie, Bamboo, Banana, Jute, Abaca, Sisal, Pineapple

    Seed Fibers

    • Cotton: almost pure cellulose, soft, breathable, 10 to 65 mm length, 11 to 22 microns diameter, absorbs moisture.
    • Coir: stronger than cotton but less flexible, not suitable for dyeing, low tensile strength, good resistance to microbial action and saltwater damage.
    • Kapok: light, brittle, elastic, lustrous, white or pale yellow in color.

    Bast Fibers

    • Flax: cellulose polymer, more crystalline structure than cotton, stronger, crisper, stiffer and more easily wrinkled.
    • Hemp: long, strong, durable, 70% cellulose, low lignin content.
    • Ramie: low elasticity, dyes easily.
    • Bamboo: Soft, Drapeable, Smooth, Luxurious to the touch, Good Breathability, Cool and Comfortable to wear, Anti-static, Strong, Durable, Abrasion resistant.
    • Banana: Enhanced tensile strength and modulus, low density, strong moisture absorption, good fire resistance, light weight, low elongation at break.
    • Jute: long, soft, shiny, 1m to 4m in length, 17 to 20 microns in diameter.
    • Abaca: strong, buoyant, resistant to saltwater damage, long fiber length (up to 3m), fine, lustrous, light beige and strong.

    Leaf Fibers

    • Sisal: lustrous, creamy white color, up to 1m length, 200 to 400 microns diameter, coarse, hard fiber, unsuitable for textiles and fabrics.
    • Pineapple: white, creamy, lustrous, silky fiber, 60 cm long, easily retains dyes

    Animal Fibers

    • Animal fibers are classified as Hair, Wool, and Filament
    • Alpaca: partly hollow, 20 to 70 microns in diameter, comes in 22 natural colors.

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    Description

    This quiz explores the various types of textile fibers, their classifications by origin, length, and conductivity. Learn about natural and manufactured fibers, as well as their essential characteristics that allow them to be spun into fabrics. Test your knowledge on the fundamental units of textiles!

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