30.61 days—that is the average finished product inventory for domestic pure cotton yarn enterprises as of July 9, a marginal increase of 0.02 days month-on-month. This seemingly negligible increment has pushed inventory levels to a multi-year high for this season. Against the backdrop of the traditional textile off-season, what does this number signify? It is not just a pressure line for enterprise inventory management, but a bellwether for price negotiations across the entire cotton spinning supply chain.
The Supply-Demand Logic Behind High Inventory
An inventory turnover of 30.61 days has crossed the industry's recognized 'warning line'—typically 25-28 days is considered a healthy range. Exceeding 30 days implies sluggish sales and increased capital occupation, forcing companies to resort to price cuts or production cuts to alleviate pressure.
On the demand side, downstream weaving and apparel enterprises are in a typical 'off-season mode.' Replenishment behavior is almost entirely compressed to essential demand—i.e., only when production would otherwise halt. Orders for standard varieties have shrunk significantly, characterized by 'small batches, multiple runs,' lacking sustained large orders. This demand structure means that even with normal production, yarn enterprises find it difficult to move finished goods smoothly to end users.
The supply side is equally challenging. Although some small and medium-sized mills have voluntarily reduced production or taken maintenance downtime, the industry's overall operating rate remains relatively high, and the structural issue of overcapacity has not been fundamentally resolved. The gap between output and sales is directly reflected in the continuous accumulation of inventory.
Price Pressure and Supply Chain Transmission Effects
The most direct consequence of high inventory is downward pressure on cotton yarn spot prices. In the current supply-demand imbalance, companies seeking to recover capital have to accept wider negotiation margins. Some mills have already offered concessions of 100-200 yuan per ton for regular 32s and 40s pure cotton yarn, but downstream purchasing sentiment remains weak.
The futures market also lacks momentum for a rebound. Under the weak fundamental outlook, cotton yarn futures prices are likely to maintain low-level fluctuations in the short term. Bulls lack confidence to enter, while bears continue to exert pressure based on high inventory and weak demand. If this weak spot-futures linkage persists until late August, it may force upstream cotton prices to soften.
Notably, inventory pressure is now transmitting from the cotton yarn segment to the cotton segment. Cotton spinning enterprises have significantly slowed their raw material procurement, adopting a 'buy-as-needed' strategy, which in turn drags down the destocking pace of commercial cotton stocks. If cotton yarn destocking fails to pick up, ginning mills' expectations for new crop purchases will also become more cautious.
Differentiated Responses in Regional Industrial Clusters
Looking at major cotton yarn producing regions, the reactions of enterprises in Shandong, Henan, and Jiangsu vary slightly. In Shandong, some large-scale enterprises with capital advantages and long-term customer contracts have relatively manageable inventory pressure, but small and medium-sized enterprises have already begun implementing 'weekly price adjustment' strategies. In Henan, affected by environmental restrictions and the off-season, operating rates have fallen below 60%, with proactive output cuts to match demand. In home textile clusters like Nantong and Changzhou in Jiangsu, demand for pure cotton yarn is relatively stable, but order volumes are down about 15%-20% compared to the same period last year.
These regional differences reflect the buffering effect of supply chain completeness on inventory risk. The more complete the industrial cluster and the more diversified the customer base, the stronger a company's ability to withstand inventory risk. Conversely, spinning enterprises with a single product variety and single channel face greater survival pressure in the current environment.