Green transformation has become the core theme of the industry, with bio-based and recycled fibers leading the way. A pioneering achievement comes from China’s textile sector, where "juncao" (bacterial grass) fiber has been successfully industrialized for fabric production. This innovative material, derived from a multi-functional ecological plant,开辟了 (pioneers) a new "grass-for-wood" pathway for cellulose fiber raw materials, offering natural antibacterial properties and reducing reliance on traditional wood pulp superscript:1 . Meanwhile, lyocell fiber, a biodegradable bio-based material, is rapidly transitioning from a niche product to a mainstream option. In 2024, China’s lyocell output exceeded 400,000 tons (a 27.4% year-on-year increase), accounting for over 60% of global capacity. Major producers like Sateri Group plan to boost lyocell capacity to 400,000 tons by the end of 2025, leveraging production processes with a 99.7% solvent recovery rate superscript:1 .
Recycling technology innovation is breaking through industry bottlenecks. Online retailer SHEIN, in collaboration with Donghua University, launched a next-generation polyester oligomer recycling solution in mid-2025. This hybrid process combines the advantages of physical and chemical recycling, expanding the scope of recyclable materials to include post-consumer textile waste and PET bottles. Uniquely, it enables repeated recycling without significant loss of material performance and is now being scaled up by suppliers to an annual capacity of 3,000 tons superscript:3 . Other enterprises are also making strides: Peipu Technology Group has built a full industrial chain for recycled polyester filament, while Zhejiang Jiaren New Materials has developed a traceable chemical recycling system that converts waste polyester into high-end recycled materials superscript:1 . These advancements address the low 20% recycling rate of China’s 6 million tons of annual textile waste, unlocking huge growth potential superscript:1 .
Functional and high-performance chemical fiber fabrics are expanding into emerging application areas. Driven by the global electric vehicle boom, flame-retardant and conductive chemical fiber fabrics are seeing a CAGR of 9.3%—far outpacing the 3.8% growth in traditional apparel applications superscript:2 . Lyocell, once limited to woven fabrics, is now experiencing a development boom in knitwear, thanks to its superior comfort and sustainability superscript:1 . Additionally, low-carbon production practices are gaining traction: a pair of jeans made with low-carbon chemical fiber fabrics and eco-friendly processes has achieved a 17% reduction in carbon footprint compared to traditional products, with measurable carbon savings helping consumers perceive the green value of textiles superscript:1 .
Digitalization is optimizing the entire production chain of chemical fiber fabrics. General Technology High-Tech Materials Group has developed a digital operation and management platform that provides one-stop digital services for chemical fiber fabric manufacturers, enhancing production efficiency and quality control superscript:1 . Large-capacity production equipment is also becoming a trend—China’s domestically developed lyocell production lines now boast a single-line annual capacity of 60,000 tons, improving efficiency and reducing energy consumption superscript:1 . These digital and technological upgrades are critical as the industry faces raw material cost volatility (e.g., a 12% year-on-year increase in chemical fiber raw material costs in 2024) superscript:2 .
China plays a pivotal role in the global chemical fiber fabric landscape, leading in both capacity and innovation. The country’s focus on green manufacturing is evident: 38 enterprises have obtained green fiber certification, and sustainable materials are expected to account for 40% of the market by 2025 superscript:1superscript:2 . Export performance remains strong, with RCEP policy dividends driving growth in shipments to Southeast Asia superscript:2 . However, the industry faces challenges, including technical bottlenecks in large-scale application of advanced technologies and intense competition from low-cost producers in Southeast Asia superscript:2 .
Industry experts emphasize that 2025 is a critical year for the chemical fiber fabric sector to accelerate high-quality development. Enterprises prioritizing R&D in bio-based materials, recycling technologies, and functional fabrics will secure a competitive edge. With global sustainability regulations (such as the EU’s CBAM) and consumer demand for eco-friendly products intensifying, the industry is poised to build a closed-loop green ecosystem—from raw material innovation to production and recycling. By 2030, the global textile market (with chemical fiber fabrics as a core component) is expected to exceed $1.5 trillion, with China’s high-end chemical fiber fabric share surpassing 60% superscript:2 .