The cotton spinning industry is undergoing an efficiency revolution driven from the equipment side. The 150,000-spindle spinning project of Xiangrun Textile Co., Ltd. in the Xinjiang Alar Economic and Technological Development Zone, with a total investment of 400 million yuan and a set of the nation's longest-spindle intelligent spinning frames, is redefining the capacity boundaries of traditional spinning workshops.
Project Core: Super-Long Spindle and Land Efficiency
The project occupies only 43,800 square meters, reducing land use by 50% compared to traditional workshops, achieving capacity multiplication in limited space through vertical layout. The core equipment is a 2,448-spindle super-long intelligent ring spinning frame, jointly developed by Xiangrun Textile and the equipment manufacturer, currently the longest spindle count in China. This super-long frame, combined with an automatic doffing system, significantly reduces workshop footprint and repetitive manual operations.
Digital and Green Dual Track
Unlike traditional workshops that rely on experience-based management, this equipment is equipped with a complete intelligent data collection module, seamlessly connecting to the enterprise MES system. It provides real-time feedback on production, energy consumption, equipment operation, and yarn breakage, with automatic anomaly alerts. This shifts production management from 'relying on experience' to 'relying on data,' structurally improving product quality and efficiency.
In terms of energy saving, the optimized transmission structure saves 300 kWh per ton of cotton yarn. For a plant with an annual capacity of 150,000 spindles, this energy saving directly translates into significant cost advantages, especially with relatively stable electricity prices in Xinjiang, making the economic case for green production clearer.
Labor Costs and Industrial Belt Impact
Post-production, labor per 10,000 spindles is controlled within 25 workers, far below the industry average. Xinjiang, as a major cotton-producing region, has advantages in labor costs compared to inland areas, but faces chronic shortages of skilled workers. This highly automated production line directly addresses the pain points of 'difficulty in recruiting and retaining workers,' reducing dependence on external labor.
For the Alar Economic and Technological Development Zone, this project is not just capacity expansion but a technology demonstration window. It proves that investing in spinning projects in Xinjiang can simultaneously achieve low land use, low energy consumption, low labor, and high efficiency—a 'three lows, one high' target that may attract more eastern enterprises to relocate westward.
Impact on Upstream and Downstream
The customized development of super-long spindle frames signals a deepening cooperation between equipment suppliers and textile enterprises. In the future, more equipment manufacturers may face customized demands from downstream rather than batch supply of standardized products.
For yarn buyers, yarn produced on such digital lines offers more consistent evenness and strength, benefiting subsequent weaving and dyeing processes. Meanwhile, the increased supply of high-value-added yarns may prompt some fabric buyers to reassess their supplier structures.