When the capacity race in nonwovens hits its ceiling, the next ranking will be decided not by the number of lines but by the limits of per-line efficiency and product consistency. The 19th China International Technical Textiles and Nonwovens Exhibition (CINTE26) sent a clear signal: premium quality is not a slogan but hard indicators embedded in every step from carding to bonding. Carding, in particular, is moving from behind the scenes to the spotlight as a touchstone for equipment makers' technical depth.
Exhibition Trend: Carding Solutions Upgrade from 'Parts' to 'Systems'
Carding machines are the common starting point for spunlace, thermal bond, and needlepunch lines, and their speed and web uniformity directly cap downstream capacity. At this edition, suppliers like Jinlun Needle Cloth are no longer selling just clothing or cylinders; they offer complete carding solutions covering all three major routes, explicitly targeting high output, high speed, and high quality. This is not a simple product list but a direct response to the industry's pain point of 'raising output without raising efficiency'—when line speed increases by 10%, the marginal effects of clothing wear and fiber damage amplify sharply, and speed-ups without systematic matching often sacrifice quality.
Jinlun's exhibits entered the '15th Five-Year' special zone for technical textiles in Hall W5, a detail worth pondering. Such zones typically only admit benchmark technologies aligned with national industrial policy. That carding hardware earned a place signals that policymakers recognize the bottleneck for domestic substitution of premium nonwovens lies not only in forming and bonding equipment but also in precision manufacturing of carding components. For buyers, this implies that future tenders will prioritize process adaptability over mere low prices.
Industry Linkage: Head Clients Inspect On-Site, Forcing Deep Customization
The on-site exchanges carried even more directional weight. Technical and production staff from Andritz, Anhui Jinchun, Shandong Yongxin, Jiangsu Huafeng, and Huafu Group visited Jinlun's booth, with topics centered on product fit, process optimization, line efficiency, and technology iteration. These names span equipment manufacturing, nonwoven roll goods, and end products, yet all showed strong interest in carding—indicating that collaborative innovation is shifting from buyer-seller transactions to joint R&D.
For equipment makers, head clients coming with production data means customized demand will replace standardized supply. Thermal bond processes demand stringent fiber opening, spunlace lines care more about MD/CD strength ratios, and different end uses (medical, filtration, wipes) vary in uniformity tolerance. If companies like Jinlun can quickly convert feedback from leading mills into next-generation product parameters, they can establish de facto standards in the premium segment. Conversely, smaller nonwoven mills that continue purchasing generic carding hardware may fall behind in the next round of product upgrades.
Industry Impact: Carding Tech Iteration Will Reshape Nonwovens Investment Logic
Technological upgrades in carding are altering the evaluation models for nonwoven line investments. In the past, ROI calculations mainly considered equipment price and output; now a new variable must be included: whether the carding solution can sustain stable quality under long-term high-speed operation. For example, on a spunlace line, if the carder requires frequent stops to clear lapping after a 20% speed increase, overall efficiency might drop by 5%. This means that 'system solutions' from equipment suppliers are effectively locking in the unit cost curve for the next five years.
The impact on regional industrial clusters is equally significant. In clusters like Nantong, Xiantao, and Xiayi, numerous small and medium lines face aging equipment and product homogeneity. The high-speed carding technologies showcased at CINTE26, if implemented in these clusters, could accelerate the elimination of low-end capacity and push regional brands toward premium medical and hygiene roll goods. However, this requires equipment makers to provide localized technical services, not just sell machines—whoever helps factories turn 'speed' into 'efficiency' will dominate the retrofit market.
Practical Recommendations
For Buyers - Request simulation data for your specific process (spunlace/thermal/needlepunch) during selection, not just maximum speed specs. - Include clothing life and web CV% in procurement contract KPIs to avoid long-term quality fluctuation costs from low bids. - Prioritize suppliers with validation on national platforms like the '15th Five-Year' special zone to reduce policy and market risks.
For Foreign Trade Enterprises - When exporting nonwoven products, cite 'high-speed carding system' as a quality endorsement in technical documents to attract premium Western medical clients. - Study target markets' carding preferences (e.g., Southeast Asia favors durability, Japan/Korea favors precision) and adjust equipment import strategies. - Partner with carding suppliers to establish overseas service points, riding the new trend of 'equipment + consumables + service' package exports.
The revaluation of carding technology is essentially a necessary path for the nonwovens industry to move from 'having' to 'excelling.' When the exhibition buzz fades, what truly lands are those who deeply bind carding systems with production data—they will define the competitive threshold for the next five years.