While the industry still debates overcapacity, a 150,000-spindle project in Aral, Xinjiang, has quietly reduced labor to under 25 workers per 10,000 spindles and cut energy consumption by 300 kWh per ton of yarn. These are not laboratory figures but hard targets from Xiangrun Textile's cotton spinning project, set to start production in October. In an era of rising labor costs and energy prices, these numbers deserve close attention from every textile professional.
Background
The project, located in Aral Economic and Technological Development Zone, involves a total investment of 400 million yuan and covers a plant area of 43,800 square meters. Intensive land use is the first step—releasing doubled capacity from limited space reflects the reality of increasingly scarce land resources. More crucial is the equipment: the 2,448-spindle ultra-long intelligent ring spinning frame, co-developed with equipment manufacturers, is currently the longest in China.
This equipment is not simply a 'lengthened version' but a systematic solution integrating compact layout, fully automatic operation, digital control, and energy saving. The integrated ultra-long frame reduces workshop footprint, the automatic doffing system minimizes repetitive manual work, and the optimized transmission structure saves 300 kWh per ton of yarn. The equipment also features a complete intelligent data acquisition module that seamlessly connects to MES systems, providing real-time monitoring of output, energy consumption, operation, and yarn breakage, with automatic alerts for abnormalities.
This signifies that the traditional 'experience-based' production management is being replaced by data-driven approaches. For buyers, the direct benefit is improved quality stability—real-time breakage monitoring curbs yarn quality fluctuations, while transparent energy data provides accurate cost accounting.
Industrial Impact
Under 25 workers per 10,000 spindles—how does this compare in the industry? Traditional ring spinning typically requires 50-60 workers per 10,000 spindles, and some older workshops even more. Xiangrun's breakthrough means doubled labor productivity, directly addressing the difficulties of recruitment and high labor costs in Xinjiang. For inland textile enterprises, this is both pressure and a benchmark—failure to follow up on intelligent transformation will widen the cost gap.
Saving 300 kWh per ton of yarn, at current industrial electricity prices, translates to about 200 yuan saved per ton. With an annual capacity of 150,000 spindles, annual electricity savings could reach several million yuan. In a context of thin cotton yarn margins and fierce price competition, these 300 kWh could be the break-even line. Moreover, green production has become a hard requirement for downstream brand procurement; the low-carbon attribute of energy-saving equipment helps yarn enter high-end supply chains.
The Aral Economic Development Zone's focus on high-end equipment to guide enterprises toward intensive land use, intelligent upgrades, and low-carbon paths is not an isolated case. From Xinjiang to inland regions, textile industrial belts are witnessing a 'equipment race'—those who first adopt ultra-long spindle and intelligent control systems will establish a generational gap in capacity, quality, and cost. For equipment manufacturers, this means a surge in customized R&D demand, not just selling standard models.