This seasonโs key exhibition theme, Textile-to-Textile (T2T) recycling, highlights how fiber-to-fiber recycling is becoming a scalable reality through advances in cotton and wool recycling, as well as the adoption of established mechanical and chemical recycling technologies
Beyond polyester, innovation in bio-based materials continues to accelerate, while clearer definitions of circularity are helping true closed-loop systems emerge as the next major milestone for the industry
Repositioning wool through performance-focused blends and versatile fabric constructions
Enhancing durability, stretch, and recovery by combining merino wool with polyamide, elastane, and recycled synthetic fibers
Leveraging the versatility and functionality of wool across both woven and knit fabric constructions
Providing biodegradable solutions that reduce dependence on petrochemical materials through the use of functional fibers and bio-based insulation materials
Strengthening supply chain resilience and reliability through a focus on traceable materials
Advancing circular innovation through waste-derived cellulosic fibers and bio-based blends, delivering performance while minimizing chemical processing
Prioritizing lightweight, next-to-skin constructions that enhance breathability and fit through the use of open-knit structures, fine gauges, and seamless technologies
Focusing on adaptive materials designed to regulate body temperature and manage moisture, while improving comfort and mobility and enabling smooth adaptation to changing environments
Emphasizing lightweight constructions that optimize thermal efficiency and freedom of movement through zonal ventilation and spacer structures designed for targeted performance areas
Prioritizing high-performance yarns with a soft hand feel, such as brushed fibers, fine-gauge knits, and elastane blends, to provide stretch and recovery with a next-to-skin feel
Enhancing sensory engagement through quilting, ribbed structures, and 3D constructions
Using highly responsive yarns with textured surfaces, such as wool blends and crepe blends, to create natural surface texture and a lightweight wearing experience
Creating permanent wrinkle effects without additional finishing by combining dual-component yarns and differential-shrinkage yarn technologies
Repositioning bodywear as an everyday essential through comfort-focused performance, using next-to-skin yarns such as modal, cotton blends, and premium merino wool for enhanced breathability and flexibility
Combining seamless, ribbed, and zonal constructions with moisture absorption, odor-control, and soft-touch finishes to improve all-day wear comfort
This seasonโs key exhibition theme, Textile-to-Textile (T2T) recycling, highlights how fiber-to-fiber recycling is becoming a scalable reality through advances in cotton and wool recycling, as well as the adoption of established mechanical and chemical recycling technologies
Beyond polyester, innovation in bio-based materials continues to accelerate, while clearer definitions of circularity are helping true closed-loop systems emerge as the next major milestone for the industry
Repositioning wool through performance-focused blends and versatile fabric constructions
Enhancing durability, stretch, and recovery by combining merino wool with polyamide, elastane, and recycled synthetic fibers
Leveraging the versatility and functionality of wool across both woven and knit fabric constructions
Providing biodegradable solutions that reduce dependence on petrochemical materials through the use of functional fibers and bio-based insulation materials
Strengthening supply chain resilience and reliability through a focus on traceable materials
Advancing circular innovation through waste-derived cellulosic fibers and bio-based blends, delivering performance while minimizing chemical processing
Prioritizing lightweight, next-to-skin constructions that enhance breathability and fit through the use of open-knit structures, fine gauges, and seamless technologies
Focusing on adaptive materials designed to regulate body temperature and manage moisture, while improving comfort and mobility and enabling smooth adaptation to changing environments
Emphasizing lightweight constructions that optimize thermal efficiency and freedom of movement through zonal ventilation and spacer structures designed for targeted performance areas
Prioritizing high-performance yarns with a soft hand feel, such as brushed fibers, fine-gauge knits, and elastane blends, to provide stretch and recovery with a next-to-skin feel
Enhancing sensory engagement through quilting, ribbed structures, and 3D constructions
Using highly responsive yarns with textured surfaces, such as wool blends and crepe blends, to create natural surface texture and a lightweight wearing experience
Creating permanent wrinkle effects without additional finishing by combining dual-component yarns and differential-shrinkage yarn technologies
Repositioning bodywear as an everyday essential through comfort-focused performance, using next-to-skin yarns such as modal, cotton blends, and premium merino wool for enhanced breathability and flexibility
Combining seamless, ribbed, and zonal constructions with moisture absorption, odor-control, and soft-touch finishes to improve all-day wear comfort