A spinning investment news from Aral, Xinjiang, is rewriting the cost equation for the industry: when labor per 10,000 spindles drops to under 25 and electricity consumption per ton of yarn falls by 300 kWh, the traditional cost structure of spinning faces a fundamental shift.
Xiangrun Textile's 150,000-spindle project in the Aral Economic and Technological Development Zone, with a total investment of 400 million yuan, is expected to be completed in October 2026. What makes this project stand out is not its scale, but a customized 2,448-spindle super-long intelligent ring spinning frame—the longest spindle configuration in China—co-developed by the company with equipment manufacturers.
Intensive Land Use and Capacity Multiplication
The project's workshop covers only 43,800 square meters, saving 50% of land compared to traditional designs. In Xinjiang, where land is relatively abundant, this choice is not driven by land prices but by a deeper logic: compressing workshop area shortens material flow paths, reducing internal logistics energy consumption and time costs.
This intensive layout, combined with the super-long frame structure, significantly increases capacity per unit area. For Xinjiang, a major cotton-producing region, spinning projects already enjoy raw material and energy cost advantages. Adding space efficiency will further widen the cost gap with inland spinning enterprises.
The Technology Behind 2,448 Spindles
The super-long spindle spinning frame is not simply an extension of length. The core breakthroughs of Xiangrun's customized equipment include an integrated super-long frame, a fully automatic doffing system, and a complete intelligent data acquisition module.
The target of fewer than 25 workers per 10,000 spindles represents nearly a 50% reduction from the industry average (around 40-50 workers per 10,000 spindles). While labor costs in Xinjiang are lower than in coastal areas, the shortage of skilled workers is acute. Automation directly reduces dependence on the labor market.
More noteworthy is the energy consumption data: saving 300 kWh per ton of cotton yarn. At Xinjiang's current industrial electricity price of about 0.35 yuan/kWh, this translates to a saving of 105 yuan per ton. For a project producing tens of thousands of tons annually, this is a substantial cost reduction.
The equipment's MES integration capability enables real-time data feedback and automatic alerts for production, energy consumption, and yarn breakage. This shifts production management from experience-driven to data-driven, improving quality stability and response speed, which directly impacts yarn pricing and customer loyalty.
Ripple Effects on Industrial Clusters
The Aral project is not an isolated case. In recent years, Xinjiang's cotton spinning capacity has expanded, but most projects still use traditional equipment. Xiangrun's move essentially validates the feasibility of the 'super-long spindle + intelligence' model in central and western regions.
If successful, it could trigger two chain reactions: equipment manufacturers will accelerate the promotion of 2,448-spindle or even longer standard spinning frames, lowering customization barriers; other Xinjiang spinning enterprises, to remain competitive, will be forced to upgrade, driving the entire region's capacity toward higher automation.
For downstream buyers, the cost advantage of Xinjiang yarn will further increase. However, super-long spindle equipment requires higher raw material consistency and workshop temperature/humidity control. Poor management could lead to increased breakage rates, offsetting efficiency gains.