Textile - Moth Repellent, Treatments, Fibers

textile

Table of Contents

Introduction
Development of textiles and the textile industry
- From prehistoric times to the 19th century
  - Early textile production
    - Early fabrics
    - Textiles in the Middle Ages
    - Textile industries of France and Germany
    - Textile manufacture in England
    - Textiles in the New World
  - Effects of the Industrial Revolution
- From the 19th century to the present
  - Application of scientific methods
  - The modern textile industry
    - Modern fabrics
    - Quality control
Production of yarn
- Textile fibres
  - Raw materials
  - Factors affecting cost
- Conversion to yarn
  - Treatment of raw fibre
  - Spinning
    - Early spinning methods
    - Modern spinning
    - Reeling and throwing
  - Yarn packages
- Types of yarn
  - Classification based on number of strands
    - Single yarns
    - Ply yarns
    - Cord yarns
  - Novelty yarns
    - Textured yarns
    - Stretch yarns
    - Metallic yarns
  - Classification based on use
    - Fabric construction yarns
    - Yarns used in handwork
    - Sewing thread
  - Measurement systems
    - Indirect systems
    - Denier system
    - Tex system
Production of fabric
- Woven fabrics
  - The weaving process
  - Early development of the loom
    - Two-bar
    - Horizontal frame looms
    - Drawlooms
    - The Jacquard attachment
    - The flying shuttle
    - Power-driven looms
  - Modern looms
  - Basic weaves
    - Plain weave
    - Twill weave
    - Satin weave
  - Complex weaves
    - Multiple plain weave
    - Pile weave
    - Inlaid weave
    - Jacquard weave
    - Dobby weaves
    - Gauze or leno weave
- Knitted fabrics
  - Knitting machines
  - Weft knitting
  - Warp knitting
    - Raschel
    - Tricot
    - Special effects in warp knits
- Other interlaced fabrics
  - Net and lace making
  - Braiding or plaiting
- Noninterlaced fabrics
  - Felt
  - Bonding
  - Laminating
Textile finishing processes
- Basic methods and processes
  - Preparatory treatments
    - Burling and mending
    - Scouring
    - Bleaching
    - Mercerization
    - Drying
  - Finishes enhancing appearance
    - Napping and shearing
    - Brushing
    - Singeing
    - Beetling
    - Decating
    - Tentering, crabbing, and heat-setting
    - Calendering
    - Creping
    - Optical brightening
  - Finishes enhancing tactile qualities
    - Sizing
    - Weighting
    - Fulling
    - Softening
  - Finishes improving performance
    - Shrinkage control
    - Durable press
    - Crease resistance
    - Soil release
    - Antistatic finishes
    - Antibacterial and antifungus finishes
    - Moth-repellent treatments
    - Waterproofing and water repellence
    - Flameproof, fireproof, and fire-resistant finishes
- Dyeing and printing
  - Dyeing
    - Types of dyes
    - Application process
    - Forms in which textiles are dyed
    - Machinery and equipment
  - Printing
    - Block printing
    - Roller printing
    - Screen printing
    - Heat transfer printing
Textile consumption
- Changing uses of fabric in apparel
- Household textiles
- Industrial fabrics
  - Composition products
  - Processing fabrics
  - Direct-use fabrics
- Fabrics for protective clothing

References & Edit History Quick Facts & Related Topics

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Moth-repellent treatments

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Written by Charles S. Whewell, Edward Noah Abrahart•All

Fact-checked by The Editors of Encyclopaedia Britannica

Last Updated: Nov 8, 2024 • Article History

Key People:: Alexander Girard; William Morris; Ogata Kōrin; Anni Albers; Lyubov Sergeyevna Popova

Related Topics:: dress; floor covering; yarn; fibre; cloth

Related Facts And Data:: Verviers - Facts

On the Web:: CORE - Structures of Textile-apparel Supply Chain: Concepts and Case (Nov. 08, 2024)

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Wool and silk are subject to attack by moths but may be made moth repellent by the application of appropriate chemicals either added in the dye bath or applied to the finished fabric.

Waterproofing and water repellence

Waterproofing is a process applied to such items as raincoats and umbrellas, closing the pores of the fabric by application of such substances as insoluble metallic compounds, paraffin, bituminous materials, and drying oils. Water-repellent finishes are surface finishes imparting some degree of resistance to water but are more comfortable to wear because the fabric pores remain open. Such finishes include wax and resin mixtures, aluminum salts, silicones, and fluorochemicals.

Flameproof, fireproof, and fire-resistant finishes

Flameproof fabrics are able to withstand exposure to flame or high temperature. This is achieved by application of various finishes, depending upon the fabric treated, that cause burning to stop as soon as the source of heat is removed. Fireproofing is achieved by the application of a finish that will cut off the oxygen supply around the flame. Fire-resistant finishes cause fabrics to resist the spread of flame.