When carding equipment makers start sending technical teams directly into fabric workshops, the signal is more than just 'selling card clothing'. Recently, Jinlun Card Clothing's technical service team visited Wuxi Aike Plush Technology Co., Ltd. to conduct an on-site exchange focusing on carding pain points in faux fur and simulated leather fabrics. This seemingly routine technical service actually reflects a deeper shift in the carding equipment industry—from pure product supply to full-process process services.
Background
Aike Plush specializes in bionic fur and recycled eco-friendly plush fabrics, widely used in apparel and home textiles. Plush fibers have high crimp and static electricity, making them prone to fiber knots, uneven slivers, and high short-fiber loss during carding, directly affecting the hand feel and appearance of finished fabrics. These issues are not isolated but common in the faux fur sector, especially as the proportion of recycled fibers increases, raising the demand for stable carding processes.
During the exchange, the two sides did not stay on generalities but reviewed production line data item by item—from raw material characteristics and current card clothing life to sliver quality and energy consumption. Then, Jinlun's experts went directly to the workshop, inspected carding machine conditions, identified potential equipment issues, and provided tailored recommendations on card clothing selection, gauge optimization, and maintenance cycles, considering acrylic and recycled fibers. This 'down-to-the-workshop, data-driven, parameter-tuning' approach is far more convincing than simply promoting products.
Industry Impact
The highlight of this exchange is not just the technical interaction between two companies, but what it reveals about the changing collaboration model in the carding equipment supply chain. Previously, card clothing makers often stopped at supplying products, leaving customers to figure out process matching on their own. Now, leading companies like Jinlun are proactively going downstream, offering targeted technical support for wool, faux fur, and nonwoven segments, aiming to bridge the technical gap between equipment R&D and end-fabric production.
For faux fur fabric manufacturers, this means the logic of purchasing card clothing is changing—no longer just comparing price and lifespan, but also assessing whether the supplier can provide process diagnostics and parameter optimization. A suitable set of card clothing plus precise gauge adjustments can directly reduce defect rates and short-fiber loss, impacting production costs and finished quality. In other words, card clothing selection has upgraded from 'buying parts' to 'buying solutions', requiring higher professional judgment from buyers.
From a broader industry perspective, this deep coupling between equipment and end-users is a microcosm of the textile chain's upgrade. As consumer demands for hand feel, appearance, and environmental attributes of plush fabrics become more stringent, upstream equipment makers cannot afford to stay at standard parts supply. Jinlun and Aike plan to establish a long-term technical linkage mechanism for continuous trials of new processes and products. Once this 'joint R&D' model proves successful, it may become a standard practice for equipment makers to lock in customers in niche segments.