99%
99%
87%
HARNESSING NATURAL FORCES
EVOLUTION OF YARN TECHNOLOGY INSPIRED BY NATURE
Heat-blocking, Cooling, Antibacterial Hollow Sorona
HOLLOW BIO
BASED COMPOSITE
FIBERS
HOLLOW BIO BASED COMPOSITE FIBERS
SPIRAL STRUCTURE+4C HOLLOW | RESHAPING FABRIC THERMAL MANAGEMENT
Hollow Sorona, leveraging its unique spiral structure and innovative 4C hollow cross - section spinning technology, integrates environmental-friendly antibacterial technology, significantly enhancing the fabric's thermal management and hygienic performance. This design effectively slows the rise of thermal energy in the fabric, enabling wearers to enjoy long - lasting coolness even in high - temperature conditions. Simultaneously, the antibacterial components continuously suppress the proliferation of common harmful bacteria, reducing odors and keeping the skin fresh and clean. Experimental data reveals that, compared to equivalent fabrics, Hollow Sorona markedly reduces the impact of external temperature on the human body (with a heat - shielding rate exceeding 55%) and achieves antibacterial performance meeting the national standard AAA level. This ensures both wearing comfort and hygiene, highlighting its leading position and exceptional performance in the textile industry.
ANTIBACTERIAL
QUICK-DRYING
HIGH REBOUND
ICY COLD
BIOBASED
Heat Shielding Rate
56.2%
Cooling Performance
0.21
Antibacterial Rate
99%
99%
87%
Hollowness
25.0%
RELATED PRODUCTS
Antibacterial
Anti Wrinkle
High Rebound
Textile Cutting-Edge Technology
Hollow Cross-SectionÂ
Better Performance
FULLY
EXTINCTION
FIBER
MOISTURE ABSORBING AND
QUICK DRYING
FIBERS IN SPRING FORM
IMITATION NYLON SOFT,
MOISTURE ABSORBING AND
BREATHABLE
Highly Breathable, Cotton-Like Sorona
ELASTIC IMITATIONCOTTON,
COMFORTABLEAND
BREATHABLE
Thermal-storing, Hollow Sorona
THERMAL
STORAGE HOLLOW
FIBER
Heat-blocking, Cooling Hollow Sorona
HOLLOW BIO
BASED COMPOSITE
FIBERS
Heat-blocking, Cooling, Antibacterial Hollow Sorona
HOLLOW BIO
BASED COMPOSITE
FIBERS
We hope to work together with global brands and supply chains towards a sustainable future through differentiated material innovation and pragmatic services.
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