The textile machinery industry is undergoing a technology-driven structural divergence. In the first half of 2026, industrial value-added for above-scale textile machinery enterprises achieved double-digit growth, while the average growth for the entire textile sector was only 3.3%. This contrast indicates that the recovery is not broad-based but led by smart and green equipment.
Behind the Data
The double-digit growth reflects deep adjustments across the textile supply chain. On one hand, domestic cotton spinning enterprises are accelerating intelligent upgrades, driving strong demand for automated spinning equipment such as ring spinning, air-jet spinning, and rotor spinning. On the other hand, industrial clusters in Xinjiang and other central-western regions continue to expand, directly boosting orders for spinning machinery. These dual factors made spinning machinery the most prominent segment in H1.
However, the weaving machinery sector shows a polarized pattern: high-end air-jet looms and special-fiber weaving equipment are favored, while traditional general-purpose models see declining demand. Chemical fiber machinery, knitting machinery, and dyeing-finishing equipment remain in a slow recovery phase as downstream enterprises adopt conservative investment attitudes. This divergence means buyers are no longer simply expanding capacity but focusing on whether equipment can support small-batch, quick-response, and high-end differentiated production.
Export Resilience and Competitiveness Shift
The export market has become a key growth pole for textile machinery companies. Amid global supply chain restructuring, domestic equipment has gained orders in emerging markets such as Southeast Asia, Central Asia, the Middle East, and Africa due to cost-performance advantages. Exports of spinning and weaving equipment are particularly strong, with leading companies accelerating overseas expansion and improving technology export and localized service models.
This reflects a shift from selling single machines to integrated "equipment + software + O&M" service models. Companies are no longer just selling hardware but providing full-process turnkey solutions, with rising revenue from technical services. For buyers, this means equipment selection should consider the supplier's software integration capability and after-sales network, not just the unit price.
Profit Pressure and Transformation
Despite improving industry profitability, operational pressure persists. Fluctuating raw material costs for steel and motors raise manufacturing costs, while price wars in low-end segments compress margins. Additionally, downstream textile enterprises have limited willingness for large-scale expansion and are more cautious in investment decisions. These factors make the recovery foundation fragile.
To break through, R&D focuses on high-speed and efficient production, digital control systems, low-carbon energy saving, and flexible equipment suited to small-batch quick-response. Innovative products such as intelligent spinning lines, AGV warehousing systems, AI online quality inspection, and low-energy dyeing equipment are being deployed, while localization of core components advances steadily. These technological directions not only address cost-reduction demands but also align with global green manufacturing trends.
Regional Shifts Drive Replacement Demand
The gradient transfer of textile industry creates sustained replacement demand. Capacity migration to central-western regions drives procurement for new production lines, while eastern coastal enterprises accelerate elimination of outdated high-energy-consuming equipment, ushering in a new cycle of equipment renewal. This transition of old and new growth drivers paves a long-term growth path for the textile machinery industry.