Comprehensive Study Guide: Fibres for Fashion and Textiles
Core Definitions and the Textile Production Cycle
Fibres are the fundamental materials utilized in the manufacturing of yarns and fabrics. The progression from raw material to a finished garment follows a specific linear production stream known as "From Fibre to Fashion":
Fibres: The primary raw material units.
Yarns (Item 1): Intermediate strands produced from twisted or laid fibres.
Fabrics (Item 3): Final materials produced from interlacing or bonding yarns, which are then used in the fashion industry.
Primary Classification of Fibres
Fibres are classified into two broad categories based on their origin and the methodology of their production:
Natural Fibres (Item 2): These are textile materials that occur organically and are extracted directly from nature.
Manufactured Fibres: These are fibres produced through human-aided chemical or industrial processes rather than occurring naturally in a usable textile form.
Detailed Breakdown of Natural Fibres
Natural fibres are further subdivided into two main biological origins: plant-based and animal-based.
Plant Based Fibres (Item 4)
Plant-based fibres, also known as cellulosic fibres, are derived from various parts of vegetation:
Cotton: Classified specifically as seed fibres obtained from the cotton plant.
Bamboo (Item 5): Derived from the pulp of the bamboo plant.
Flax (Linen) (Item 6): Classified as bast fibres, which are obtained from the stem/phloem of the flax plant.
Animal Based Fibres (Item 3 in chart structure)
Animal-based fibres consist of protein-based materials sourced from living organisms:
Wool (Item 7): Obtained from the fleece or hair of sheep.
Silk (Item 8): A protein filament produced by the silkworm.
Detailed Breakdown of Manufactured Fibres
Manufactured fibres are separated into those created from synthetic chemicals and those created from natural sources that are chemically reconstructed.
Synthetic Fibres (Item 9)
Synthetic fibres are manufactured strictly from petrochemicals through chemical synthesis. Notable examples and their properties include:
Acrylic (Item 11): Known for being soft and wool-like, providing excellent warmth for the wearer.
Elastane (Spandex) (Item 12): A highly elastic fibre specifically used in garments that require stretch.
LYCRA (Item 13): A specific, widely recognized brand name of elastane fibre.
Nylon/Polyamide (Item 16): Valued for its high strength, durability, and superior resistance to abrasion.
Regenerated Cellulosic Fibres (Item 14)
Regenerated fibres are created by processing natural cellulose through chemical means to extract a usable filament:
Viscose Rayon (Item 15): A fibre characterized by being soft and absorbent with a high quality of drape.
Acetate (Item 17): Provides a silky appearance and good drape characteristics.
Triacetate (Item 18): An advanced version of acetate offering improved heat resistance and greater dimensional stability (the ability of a fabric to maintain its original shape after use or laundering).