In early August, an 80,000-spindle vortex spinning project in Bazhou, Xinjiang, produced its first yarn on the morning of August 10, just two days after equipment startup. This is not merely a local equipment upgrade; it signals a westward shift in China's vortex spinning capacity map, making the local conversion rate of viscose and polyester raw materials a key indicator for evaluating Xinjiang's textile efficiency in the coming phase.
Event Background
Led by Bazhou Zhongtai Lianfang, the project broke ground in October 2025 and reached trial production by August 2026, with a construction period of under one year. The first bale plucker in the third spinning workshop started on August 8, and yarn was produced by early August 10, a remarkably fast ramp-up. Once fully operational, the facility will have an annual capacity of 245,000 tons of vortex-spun yarn, a volume significant enough to influence regional supply dynamics.
Vortex spinning was chosen as the core technology due to its short process flow, smaller footprint, reduced labor requirements, and yarn qualities such as low hairiness, high pilling resistance, and uniform dyeing. For a raw-material-producing region like Xinjiang, this technology compresses the time from fiber to yarn, minimizing intermediate losses. Moreover, this is the first three-dimensional blowroom-card layout in Xinjiang, indicating more efficient vertical space utilization and higher output per unit of land compared to traditional ring spinning.
Industry Impact
From a supply chain perspective, the project's immediate significance lies in promoting the local conversion of two key raw materials: viscose and polyester. Previously, much of Xinjiang's raw materials were shipped out in primary forms, leaving the value-added yarn segment outside the region. Once operational, raw materials will be processed locally into high-quality yarn, reducing logistics costs and improving supply chain responsiveness. For downstream weaving and apparel companies, this means shorter replenishment cycles and more controllable raw material costs.
For buyers, the characteristics of vortex-spun yarn enhance its suitability for knitting and weaving applications. Low hairiness reduces breakage during weaving, while pilling resistance improves the appearance retention of end-use fabrics. These performance benefits translate into pricing power in premium workwear, sportswear, and home textiles. However, concentrated capacity release may also pose a risk of regional oversupply; buyers should monitor price fluctuations from late 2026 to 2027.
From a regional cluster perspective, the Bazhou project aligns with the overall strategy of Xinjiang Zhongtai Group, reflecting the autonomous region's long-term orientation toward converting cotton and textile advantages. Once the 80,000-spindle polyester spinning project is fully completed, Bazhou will form a composite capacity structure combining vortex and polyester spinning, further strengthening Xinjiang's supply capability in differentiated yarns.