Introduction
Textile fibres are the basic raw materials used to manufacture yarns, fabrics and garments. Different fibres have different physical and chemical properties. These characteristics influence spinning performance, fabric appearance, comfort, durability, dyeing behaviour and final product applications.
Basic Characteristics of Textile Fibres
1. Cotton
Cotton is a natural cellulosic fibre obtained from the cotton plant. It has good moisture absorbency, comfortable handling and good strength, particularly when wet. It is widely used in T-shirts, shirts, denim, towels and bedsheets.
2. Polyester
Polyester is a synthetic fibre known for its strength, crease resistance, dimensional stability and quick-drying behaviour. It has relatively low moisture absorbency and is frequently blended with cotton for apparel and home textiles.
3. Viscose
Viscose is a regenerated cellulosic fibre. It offers a soft feel, good drape and high moisture absorbency. However, its wet strength and dimensional stability depend on the fibre type and processing conditions.
4. Wool
Wool is a natural protein fibre with good thermal insulation, elasticity and moisture management. It is used in sweaters, coats, blankets and other winter products.
5. Silk
Silk is a natural protein filament fibre. It is valued for its lustre, smooth surface, drape and relatively high strength. It is commonly used in premium apparel and decorative textiles.
6. Nylon
Nylon is a synthetic polyamide fibre with high strength, abrasion resistance and elasticity. It is used in sportswear, hosiery, outerwear and technical textile products.
Comparison of Fibre Properties
| Fibre | Moisture Absorbency | Key Characteristic |
|---|---|---|
| Cotton | High | Comfort and absorbency |
| Polyester | Low | Durability and quick drying |
| Viscose | High | Softness and drape |
| Wool | Good moisture regain | Thermal insulation |
| Silk | Moderate | Lustre and smoothness |
| Nylon | Relatively low | Strength and abrasion resistance |
For a broader understanding of fibre groups, read our guide to classification of textile fibres. You can also explore the structure and properties of cellulosic fibres.
Conclusion
No single fibre is suitable for every textile application. Fibre selection depends on the required comfort, strength, appearance, care requirements, cost and end use of the product.
Frequently Asked Questions
Which textile fibre absorbs the most moisture?
Among common apparel fibres, cotton and viscose generally have high moisture absorbency.
Which fibre dries quickly?
Polyester generally dries faster than cotton because it absorbs much less moisture.
What is the difference between natural and synthetic fibres?
Natural fibres come from plant or animal sources, while synthetic fibres are manufactured through chemical processes.
Why are fibres blended?
Blending combines useful properties, such as cotton comfort and polyester durability.
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