Technical textiles

Conductive Fabrics:

Advantages	Disadvantages
Flexible and wearable electronics integration Natural EMI/RFI shielding properties Maintains fabric drape and comfort	Conductivity degrades with washing/wear Higher cost than standard fabrics Limited durability with repeated stretching

Uses: Smart clothing, medical monitoring garments, anti-static workwear, wearable antennas

Fire Resistant Fabrics:

Advantages	Disadvantages
Self-extinguishing properties High heat resistance Protective barrier against flames	Often heavier than regular fabrics Can be less breathable Higher production costs

Uses: Firefighter gear, industrial workwear, military uniforms, theater curtains

Kevlar:

Advantages	Disadvantages
Impact resistant Heat resistant	Poor UV resistance and degrades with sunlight Prone to moisture degradations Poor in compression unless reinforced

Uses: Body armour, cut-proof gloves, surfboard components

Microfibers with Microencapsulation:

Advantages	Disadvantages
Controlled release of active ingredients (fragrances, medications) Enhanced functionality without changing fabric feel Long-lasting effects through gradual release Can incorporate multiple beneficial compounds	Higher production costs than standard microfibers Limited lifespan of encapsulated compounds Potential skin irritation with some active ingredients Special care requirements for washing/maintenance

Uses: Medical textiles, antimicrobial clothing, cosmetotextiles, temperature-regulating fabrics, scented home textiles

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