Yarn Expo Spring 2025: Chemical fiber trend
From March 11 to 13, China International Textile Yarn (Spring and Summer) Exhibition (Yarnexpo Spring and Summer Yarn Exhibition) was held in Hall 8.2 of National Convention and Exhibition Center (Shanghai). As the textile source, chemical fiber, new products and new technologies inject vitality and point out the direction for downstream fabric manufacturing innovation.
This exhibition brings together more than 560 high-quality fiber and yarn enterprises and leading enterprises from 13 countries and regions around the world.
On the morning of March 11, 2025, the 2025/2026 press conference of Tongkun·China Fiber Fashion Trend was held in the Silk Road Hall of Hall 4.2 of National Convention and Exhibition Center (Shanghai), releasing four chapters "Fiber·Realm, Fiber·Breakthrough, Fiber·Cross-border, Fiber·Boundless" and 30 selected fibers in eight categories.
In terms of fiber development, chemical fiber is an effective supplement to natural fiber. The first function of fiber is to keep warm and fashion. However, with the integration of science and technology into the fiber field, the function of chemical fiber is extending, the production mode is progressing, and the performance is effectively breaking through. Functionally, the chemical fiber in autumn and winter is mainly enhanced in cold resistance, temperature locking, heating and other functions; in spring and summer, it is mainly outstanding in cool feeling, ultraviolet resistance, ventilation and deodorization. In addition, the fiber production with the integration of science and technology has made outstanding progress in terms of high efficiency, energy saving and unmanned, and 5G production workshop has been realized in multiple varieties and various factories. The chemical fibers are no longer distinct. The combined application of multi-component fibers and the molecular remodeling and regeneration between fibers break the barriers between fibers, strengthen the superior functions and avoid the deficiencies, while the concept of green sustainable development can be implemented.
Chapter |
Category |
Selected fiber |
Fiber·Realm |
Relaxant fiber |
Thermo-humidity comfortableness control polyester fiber |
Bacteriostatic deodorize high-strength low-elongation regenerated cellulose fiber |
||
Cationic dyeable/dope-dyed polyester mixed fiber |
||
Ultra-high special-shaped imitation rabbit hair polyester fiber |
||
Superfine denier anti-pilling polyacrylonitrile fiber |
||
Flexible elastic fiber |
Biobased polyamide PA 5X bi-component composite elastic fiber |
|
RPET/PTT double hollow composite elastic fiber |
||
Bicomponent composite polyamide fiber |
||
PTT composite elastic fiber |
||
Ultralow-temperature easy-setting spandex |
||
Fiber·Boundless |
Anti-ultraviolet fiber |
Moisture-absorbing quick-drying uvioresistant polyester fiber |
Anti-penetration anti-ultraviolet recycle polyester fiber |
||
Heat-shielding ultraviolet-resistant polyamide 6 fiber |
||
Snag-proof ultraviolet-resistant polyamide 6 fiber |
||
Thermal fiber |
High hollow profile polyester fiber |
|
Heat-accumulating temperature-locking bacteriostatic polyester fiber |
||
Rare earth modify heat storage polyamide 6 fiber |
||
Thermal polyacrylonitrile modify fiber |
||
Fiber·Cross-border |
Flame-retardant fiber for protection |
Flame-retardant anti-drip polyester fiber |
Flame-retardant anti-drip dope-dyed polyamide 6 fiber |
||
Industrial fiber |
High modulus recycle polyester industrial yarn |
|
Melt-spun medium-strength high-molecular-weight polyethylene fiber |
||
Dope-dyed high-strength meta-aramid fiber |
||
HM 50 E high-strength and high-modulus polyacrylonitrile-based carbon fiber |
||
Fiber. Unbounded |
Green fiber |
Low-temperature dyeable bio-based furan polyester fiber |
Carbon dioxide-based glycol polyester fiber |
||
Black recycle regenerated cellulose fiber |
||
Chemical regeneration of spandex from rPET |
||
Low temperature heat bon fiber |
Fine denier sheath-core composite thermal bonding fiber |
|
Multi-component composite modify polylactic acid fiber |
In terms of corporate development, aside from equipment upgrades and technological innovation, the main competitive advantages of a company include the following aspects: First, economies of scale and cost reduction through industrial chain configuration. Taking large polyester manufacturers as an example, the mainstream industrial chain configuration is: "Oil refining/syngas-based chemical production→PTA/MEG→Polyester products (filament, short fiber, bottle resin, films, etc.)→Texturing, fabric manufacturing, dyeing," and having a multi-variety configuration within the same industrial park provides more possibilities for cost reduction. Second, a focus on specialized and smaller-scale development and production is the main path for small but specialized players in the chemical fiber sector. Efficiently coordinating the R&D, production and supply of various fibers to meet the new demands of textile and clothing brands is an effective operational model.
- Top keywords
- Cotton Price
- Cotton Futures Price
- Cotton Futures
- CZCE
- PTA Futures Price
- Chemical Fiber
- Polyester Prices
- Wool price
- PTA Futures
- Shengze Silk
- China
- Yarn Price
- price
- China Textile City
- Fibre Price
- Benzene Price
- Cotton
- Index
- Cotton Index
- PTA
- fabric price
- NYMEX
- Top 10
- textile industry
- Spot Cotton
- Cotton Yarn
- Polyester Price
- Futures
- PTA Price
- cotton yarn price