Source: Hindu
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Context
Annual export of technical textiles will cross $10 billion by 2030, said Union Minister for Textiles, inaugurating a conference and exhibition on technical textiles in New Delhi.
Aspect |
Description |
Definition |
Technical textiles are materials and products manufactured for their technical and performance properties rather than aesthetics. |
Composition |
Made from synthetic fibers such as polyester, nylon, aramid, and carbon fiber; also includes natural fibers like cotton for specific applications. |
Production Techniques |
Involves advanced processes such as weaving, knitting, non-woven techniques, coating, lamination, and 3D weaving. |
Key Features |
High strength, durability, flexibility, resistance to heat, moisture, and chemicals. |
Functionality |
Designed to offer specific functionality such as protection, insulation, filtration, and reinforcement in various sectors. |
Applications |
Used in industries like aerospace, automotive, construction, healthcare, agriculture, and sports. |
Smart Textiles |
Some technical textiles integrate electronics, sensors, and actuators, enabling them to respond to environmental changes. |
Sustainability |
Increasing use of eco-friendly fibers and recycling processes to minimize environmental impact. |
Aspect |
Technical Textiles |
Normal Textiles |
Purpose |
Designed for functional purposes (e.g., protection, filtration, insulation). |
Primarily designed for aesthetics and comfort (e.g., clothing, upholstery). |
Material Composition |
Often uses synthetic, high-performance fibers (e.g., polyester, nylon). |
Uses natural fibers like cotton, silk, or synthetic fibers for comfort and style. |
Production |
Involves advanced production techniques like lamination, non-woven fabrics. |
Traditional processes like weaving and knitting are commonly used. |
Durability |
High durability, designed for specific industrial or protective uses. |
Less durable, designed for general use such as fashion or home textiles. |
Applications |
Used in industries like aerospace, healthcare, construction, and automotive. |
Used mainly in clothing, home décor, and everyday wear. |
Performance Properties |
Heat resistance, moisture control, chemical resistance, high strength. |
Softness, breathability, aesthetics, comfort. |
Testing & Standards |
Subject to rigorous testing and adherence to international technical standards. |
Basic quality checks for color fastness, texture, etc. |
Cost |
Generally more expensive due to advanced materials and processing techniques. |
Usually more affordable and mass-produced. |
Sources: IndianExpress
PRACTICE QUESTION Q: The technical textiles sector in India is projected to grow at a rate of 12% per year. To achieve its potential of nearly 20% annual growth, multi-pronged strategy is required. Discuss. (250 Words) |
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