Nonwoven Industry Accelerates High-End Shift: Carding Technology Becomes Key Variable in Capacity Upgrade

While the nonwoven industry is still digesting the pain of capacity expansion, the upgrade of carding technology has quietly become the watershed for the next round of competition. Signals released at the 19th China International Trade Fair for Technical Textiles and Nonwovens (CINTE26) indicate that the era of simply competing on the number of machines is passing; a carding unit that can stably produce high-speed, high-quality output is the real heart of a production line.

Event Trends: Technical Dialogue Replaces Product Piling

CINTE26 concluded at the Shanghai New International Expo Centre. As a high-profile event in the Asia-Pacific nonwoven sector, it has always been a window to observe the industry's technological direction. Unlike previous years, the busiest booths were not simply about new product launches but in-depth technical dialogues around mainstream processes such as spunlace, thermal bond, and needle punch. Carding equipment suppliers like Goldloy no longer spoke about single products but directly offered complete carding solutions tailored for high-speed, high-yield, and high-quality nonwoven production, attempting to answer the practical challenge: how to raise machine speed without sacrificing quality.

Technical leaders from leading enterprises along the industrial chain, including Andritz, Anhui Jinchun, Shandong Yongxin, Jiangsu Huafeng, and Huafu Group, appeared at the booths, with discussions focusing on product compatibility, process optimization, and line efficiency improvement. This reflects a trend: downstream companies are shifting from buying equipment to buying solutions. They care more about how carding components can mesh with existing lines to release maximum capacity with minimal modification.

Industry Impact: Carding Technology Positions High-End Transformation

Goldloy placed its innovative exhibits in the '15th Five-Year Plan' special zone for technical textiles in Hall W5, a detail worth pondering. It implies that breakthroughs in the carding segment have been incorporated into the national framework for industrial upgrading, not just a business matter. For the entire nonwoven industrial chain, this means high-end development is no longer a slogan but is translated into specific requirements for carding precision, operational stability, and energy consumption control.

For factories, the iteration of carding technology directly affects product qualification rates and cost per ton. Under high-speed carding, fiber damage and neps control are long-standing pain points. Whoever can provide stable solutions in these details will secure orders in high-value-added fields such as hygiene materials and filtration media. For buyers, the logic of equipment selection is changing—the era of looking only at price is over. They need to assess whether the carding system can adapt to future product structure adjustments, such as shifting from ordinary wipes to medical-grade nonwovens.

Practical Suggestions

For Buyers - Inspect suppliers' data on carding element lifespan and request comparisons of actual machine speed and defect rates under similar processes, rather than relying solely on theoretical values in brochures. - Clarify process adaptation responsibilities in contracts, requiring equipment suppliers to make quantifiable commitments to efficiency improvement goals for spunlace, thermal bond, or needle punch lines, avoiding future disputes.

For Foreign Trade Enterprises - Pay attention to the direction of technical dialogues among leading enterprises at exhibitions, and translate carding process upgrades into differentiated selling points in communication with overseas clients, such as emphasizing stability at high speeds. - In line with the policy orientation of the '15th Five-Year Plan' for technical textiles, prioritize product lines that meet high-end nonwoven demand to cope with increasingly stringent quality inspections in exports.