When green transformation shifts from industry slogans to hard constraints, the role of textile specialized and innovative enterprises is subtly changing. Latest industry surveys show that among 735 such enterprises, 91% have initiated green investments, but only about 30% have fully conducted carbon inventories, and over 70% have not yet formulated dual-carbon roadmaps. This misalignment between 'action first, management lag' reveals the most realistic growth gap for the industry in the next five years.
Event Background
In mid-August, a technical exchange event focused on green development of specialized and innovative enterprises concluded in Xinxiang, Henan. Xinxiang is no coincidence—it hosts a complete green new material industry chain from juncao fiber to intelligent blending equipment, serving as a typical sample of central China's textile belt upgrading. The event, co-hosted by an industry union and an industry media outlet, brought together representatives from the China National Textile and Apparel Council, local associations, research institutes, and upstream/downstream enterprises. The core topic was singular: how to enable the vast number of small and medium-sized enterprises to truly navigate green transformation.
Data disclosed at the event deserves repeated scrutiny: the industry's specialized and innovative cultivation library has approached 500 enterprises, of which 91% have made green investments and 43% own carbon-reducing products or services. This means specialized and innovative is no longer just a 'small but beautiful' label but a real vehicle for green technology implementation. However, another set of data is equally striking: only about 30% of enterprises have completed carbon inventories, over 70% have not formulated dual-carbon roadmaps, and short-term emission reduction targets and weak carbon management are common shortcomings.
Industry Impact
The pace of green transformation is reshaping competition logic across the upstream and downstream. Taking juncao fiber as an example, Xinxiang Chemical Fiber pioneered the 'grass instead of wood' technology, opening up the entire process from pulping to spinning, reducing forest consumption and filling the domestic gap in biomass fiber raw materials. In 2025, the company obtained antibacterial fiber traceability certification, meaning ecological value is beginning to convert into verifiable industrial value. This closed loop from 'a grass to a garment' sends a clear signal to chemical fiber enterprises dependent on imported raw materials: raw material autonomy and green development can be achieved simultaneously.
Intelligent upgrades in printing and dyeing are also accelerating. Traditional blending processes have only 3%-6% precision, and color difference issues have long constrained high-end fabric production. The newly launched intelligent blending equipment controls error within ±0.5% and adapts to 0.5%-99% full-ratio blending, already scaled at leading factories like Tianhong, Yueda, and Huamao. For small and medium dyeing plants, this is not just a technology replacement but also a lowering of the threshold for high-end orders—provided they are willing to invest in renovation.
The zero-carbon factory creation path was also systematically outlined. Experts emphasized that enterprises should first clarify their full-process carbon emission baseline, then rely on new processes and equipment to advance energy conservation and carbon reduction. This is not merely equipment replacement but an overall management system reconstruction. For purchasers, whether suppliers possess carbon management capabilities is becoming a new screening criterion; for foreign trade enterprises, under pressure from the EU Carbon Border Adjustment Mechanism, factories without carbon data will gradually lose access to international orders.