As the nonwovens industry shifts from scale expansion to value competition, the role of carding equipment is subtly changing. The 19th China International Technical Textiles and Nonwovens Exhibition (CINTE26) signaled that downstream customers are no longer satisfied with simply purchasing a machine; they require complete carding solutions deeply integrated with their processes. Goldfinch Needle Cloth's high-output, high-speed, high-quality adaptation solutions precisely hit this transition point.
Exhibition Trend: Equipment Makers Shift from Selling Products to Selling Processes
At the exhibition, Goldfinch Needle Cloth showcased targeted carding solutions for three mainstream processes: spunlace, thermal bond, and needlepunch. This was not a simple product display but directly linked equipment parameters to end-use applications—spunlace lines focus on fiber entanglement efficiency, thermal bond lines emphasize web uniformity, and needlepunch lines balance strength and bulk. For buyers, this means the equipment selection logic is changing: previously comparing prices by model, now evaluating suitability by process route.
Technical personnel from leading companies such as Andritz, Anhui Jinchun, Shandong Yongxin, Jiangsu Huafeng, and Huafu Group attended for in-depth exchanges, focusing on product adaptation, process optimization, line efficiency, and technological iteration. The density of such technical dialogues reflects that supply chain collaboration is shifting from transactional relationships to joint R&D. For equipment suppliers, early involvement in customers' line renovation discussions often leads to stronger order stickiness and higher technical barriers.
Industry Impact: Carding May Become the Hidden Bottleneck in Nonwovens High-End Transformation
Notably, Goldfinch Needle Cloth's innovative exhibits entered the special exhibition zone for technical textiles in the 15th Five-Year Plan in Hall W5. This detail carries policy implications—national planning for technical textiles is tilting toward high-performance, biodegradable, and intelligent directions. As the first gate in the nonwovens process, carding directly affects web quality and subsequent processing stability. If carding equipment cannot match the characteristics of new fiber materials (e.g., bio-based fibers, micro-denier fibers), the capacity advantages of high-end lines will be severely constrained.
From a data logic perspective, the growth rate of nonwovens output has shifted from high speed to medium-high speed, but the proportion of high-end products remains low. This implies that industry growth momentum is turning toward upgrading existing lines. For enterprises with many mid-to-low-end lines, replacing carding clothing or entire machines may be the most direct lever to improve product grades. Goldfinch's emphasis on operational stability is particularly important in continuous production scenarios—downtime losses and defect rates often determine a line's true profitability.
