On August 28, quotes from major Shandong cotton yarn suppliers showed 21S high-grade knitting yarn priced between 22,800 and 24,200 yuan per ton, while 32S same-spec products ranged from 24,700 to 26,400 yuan. The maximum price difference for the same count reached 1,400 yuan, and the inter-count spread hit 2,600 yuan, indicating significant pricing divergence in the market.
Supply-Demand Logic Behind Price Divergence
The quote gaps are not accidental. Ring-spun high-grade yarn demands superior raw material quality and process stability. Differences in cotton blending strategies, equipment conditions, and order backlogs among mills amplify cost structure variations. The widening 21S-32S spread reflects a downstream shift from standard to finer yarn counts, with 32S demand relatively firm while 21S capacity remains ample, leaving more room for negotiation.
For buyers, a price gap exceeding 1,000 yuan for the same count represents substantial cost-saving potential. However, low prices do not necessarily mean high cost-effectiveness—indicators such as CV%, tenacity, and dyeing uniformity must be verified to avoid losses.
Industrial Belt Response and Transmission Paths
As a major cotton yarn production base, Shandong's quotes carry a bellwether effect for the national market. Adjustments by mills in Weifang and Guanxian will directly transmit to knitting fabric factories and garment contractors in Jiangsu and Zhejiang. With cotton price fluctuations stabilizing, the widening yarn price divergence indicates a shift from cost-driven to order-driven pricing.
Notably, competition for high-grade yarn has moved beyond price wars to quality competition. Some mills secure premium Xinjiang cotton and optimize processes to maintain high-end orders, while ordinary-blend mills face greater downward price pressure. This divergence will reshape the regional supply pattern in the medium term.
Practical Implications for Procurement and Foreign Trade
The current quote window is short, and companies should respond flexibly based on their order structures.
