Wool Fiber:
1. Source and Types of Wool Fiber:
- Source: Wool is primarily obtained from the fleece of sheep, but it can also come from other animals such as goats (cashmere and mohair), rabbits (angora), and certain camelids.
- Types: Common types of wool include Merino, Shetland, Lambswool, and Mohair.
2. Chemical Structure of Wool Fiber:
- Wool is composed of protein fibers, primarily keratin. The basic chemical structure is a complex protein polymer with amino acid chains.
3. Physical and Chemical Properties of Wool Fiber:
- Physical Properties: Soft, resilient, elastic, breathable, and excellent insulator.
- Chemical Properties: Reactive to acids, sensitive to alkalis, susceptible to moth damage.
4. Process from Wool Fiber to Wool Fabric:
- Shearing: Wool is sheared from animals.
- Sorting and Grading: Sorting by quality.
- Scouring: Cleaning to remove impurities.
- Carding: Aligning fibers for spinning.
- Spinning: Creating yarn.
- Weaving or Knitting: Formation of fabric.
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5. Process for Wool Bleaching:
- Scouring: Removes impurities.
- Bleaching: Uses chemicals to lighten color.
- Rinsing: Removes residual bleach.
6. Wool Dyeing:
- Skein Dyeing, Piece Dyeing, or Top Dyeing: Methods to apply color.
- Natural and Synthetic Dyes: Used to achieve desired shades.
7. Advantages of Wool Over Other Natural Fibers:
- Insulation: Excellent thermal properties.
- Absorbency: Can absorb moisture without feeling damp.
- Durability: Resilient and resistant to wrinkles.
- Renewability: Sustainable and biodegradable.
8. Final End Products Using Wool Fiber:
- Apparel: Sweaters, suits, scarves, socks.
- Home Textiles: Blankets, carpets, upholstery.
- Accessories: Hats, gloves, and more.
Wool's versatility makes it suitable for a wide range of products, blending comfort, warmth, and style.