The 19th China International Technical Textiles and Nonwovens Exhibition (CINTE26) concluded in Shanghai, sending a clear signal: nonwoven carding equipment is shifting from 'usable' to 'efficient, durable, and high-performance.' At the venue, carding equipment for spunlace, thermal bond, and needle punch processes all touted 'high yield, high speed, and high quality.' Equipment makers are no longer merely competing on mechanical specs but extending their reach into process adaptation and overall line efficiency. For downstream mills, this means the logic of equipment selection has fundamentally changed—previously, they focused on single-machine speed; now, system synergy matters more.
The Industrial Logic Behind Equipment Upgrades
Carding is the core process in spunlace, thermal bond, and needle punch nonwoven lines, directly determining overall capacity. Industry public data show that the working width and delivery speed of high-end carding machines have increased year by year, but the real differentiator lies in minimizing fiber damage and maintaining web uniformity. Low-end equipment is cheaper but suffers frequent downtime and high maintenance costs, eroding profits amid rising labor and energy expenses. Golding Needle's comprehensive carding solution addresses this pain point by optimizing card clothing tooth geometry and arrangement to reduce fiber entanglement and improve carding quality, enabling higher speeds without sacrificing quality.
Notably, the solution is not a single product but a systematic package covering spunlace, thermal bond, and needle punch processes. This indicates that equipment makers are shifting from 'selling card clothing' to 'providing process solutions,' helping clients configure optimal carding types and maintenance cycles based on their product positioning (e.g., medical hygiene materials, filtration media, or synthetic leather base). For mills, this lowers technical barriers, especially benefiting small and medium enterprises lacking dedicated process teams.
Policy Direction and Industrial Cluster Linkages
During the exhibition, Golding Needle's innovative exhibit was placed in the W5 hall's '15th Five-Year Plan' special zone for technical textiles, a detail worth pondering. Technical textiles have been listed in the national strategic emerging industries catalog, and the '15th Five-Year Plan' will further promote high-end, intelligent, and green development in this field. Equipment makers proactively aligning with national industrial policy means future incentives (such as technical renovation subsidies or green manufacturing special funds) will likely flow first to technologies and products that meet planning directions.
From an industrial cluster perspective, nonwoven producers are concentrated in Zhejiang, Jiangsu, and Shandong, with the Yangtze River Delta having a complete supply chain. At the venue, technical leaders from head companies like Andritz, Anhui Jinchun, Shandong Yongxin, Jiangsu Huafeng, and Huafu Group visited equipment booths for in-depth discussions on product adaptability, process optimization, line efficiency, and technology iteration. This high-frequency interaction suggests that the relationship between equipment makers and downstream clients is evolving from 'buying and selling' to 'co-development'—equipment makers participate in clients' new product development and pre-engage in process design, thereby shortening the ramp-up period for new lines.
The 'Equipment-First' Effect in High-End Transformation
The high-end transformation of nonwovens, superficially a product upgrade (e.g., finer denier, softer, more eco-friendly), actually relies on precise equipment cooperation. Take spunlace nonwovens: medical hygiene applications demand extremely high fabric uniformity and strength, which traditional carding machines struggle to balance with speed. New-generation high-speed carding machines, through dynamic tension control and online inspection systems, maintain CV value stability while increasing speed. This 'equipment-first' transformation path is reshaping value distribution across the supply chain—equipment makers with core process expertise are gaining greater bargaining power.
For buyers, equipment upgrades bring not only capacity gains but also product mix flexibility. A high-end carding machine can often handle various fiber raw materials (e.g., polyester, viscose, cotton, bio-based fibers), enabling mills to switch product lines flexibly in response to market fluctuations. However, high-end equipment requires significant upfront investment, typically with a payback period of 3-5 years, so companies must carefully assess their order structure and capital strength.