When the old narrative of 'scale expansion' loses its grip, the filament weaving industry is trying to redefine growth logic with 'value creation.' On August 20-21, the 2026 Filament Weaving Product Innovation Seminar and New Product Exchange Achievement Exhibition was held in Hongze District, Huai'an, Jiangsu. The core message: despite the dual squeeze of high crude oil prices and rising trade protectionism, the industry retains resilience, but the path forward has shifted from 'quantity' to 'quality.'
Event Background
Wang Jiayi, president of the China Filament Weaving Association, disclosed in his keynote report that the industry maintained stable operation in 2026 despite multiple pressures. More noteworthy is his proposed transformation path: using product innovation as a breakthrough to shift from 'scale expansion' to 'value creation.' This signals that the extensive model relying on capacity expansion has hit a ceiling; enterprises must enhance added value through technical breakthroughs and collaborative innovation.
Professor Zhu Chengyan from Zhejiang Sci-Tech University affirmed this judgment from a technical perspective. He pointed out that differentiated fibers are key to future profit growth, with multi-component composite technology being the main approach. In green fibers, chemical filament is seen as the core battlefield, with bio-based and recycled fibers forming a dual-engine pattern. Lyocell filament fabric is identified as a core R&D direction for the next 3-5 years, and applications of recycled and bio-based fibers are expanding rapidly.
Industrial Impact
Ren Song, general manager of Suzhou Zhihui Youpin Textile Technology Co., Ltd., directly addressed the industry's pain point: volatile international crude oil prices have driven up costs for polyester, nylon, and spandex producers, leading to increased revenue but not profit. However, he emphasized that raw material price fluctuations are only periodic external pressure; product homogenization is the core internal constraint. This judgment is crucial for midstream weaving enterprises—escaping price wars and focusing on differentiated innovation and high-value products are key to long-term competitiveness. He suggested focusing on functional modified filaments, recycled chemical fibers, and ultra-matte filament fabrics, using innovation to create premium pricing.
Brand-side feedback also points to value upgrading. Luo Hao, material management director of Grace Group, introduced the company's 'Material R&D Center' practice, emphasizing traceability and sustainable materials. This means downstream brands' demand for filament fabrics has shifted from basic functionality to high quality, traceability, and environmental friendliness. Chen Jiaping, R&D director of Kunshan Huayang New Materials, predicted steady growth in the global outdoor equipment market, with Asia-Pacific being the fastest-growing region, driven by lightweight, eco-friendly, and intelligent equipment. Sports outdoor fabrics are evolving from single-function protection to 'multi-scenario adaptation + comfort + visual upgrade,' pointing to a differentiated track for filament weaving enterprises.
Regional Sample and Future Path
As the host of the conference, Hongze District showcased a typical sample of industrial synergy. Liu Ming, a district government official, introduced that the area has formed '3+1' leading industries, with fiber new materials achieving a leap from technology follower to industry leader during the '14th Five-Year Plan.' During the '15th Five-Year Plan,' Hongze will rely on chain-leading enterprises like Taihua New Materials, Peipu Technology, Sanlian New Materials, and Chaomeisi to build differentiated industrial clusters, targeting an output value exceeding 50 billion yuan. This plan reflects high regional attention to textile new materials and offers opportunities for nearby supporting and collaborative innovation.
The recycled polyester achievements displayed at the conference were particularly impressive. Jiangsu Kalefang New Materials revealed that its parent company, Peipu Technology, has achieved 100% vertically integrated production from waste to textiles, with physical and bio-enzymatic recycling processes providing full solutions. The recycled ultra-fine denier fiber breaks through 0.42 DPF, far exceeding the industry average. This marks the transition of circular recycling technology from concept to large-scale application, providing a replicable technical path for the industry to meet 'dual carbon' goals.