The textile machinery industry's performance in the first half of 2026 stands out sharply within the broader textile chain: industrial value-added among large-scale enterprises recorded double-digit growth, while the average growth for the entire textile sector was only 3.3%. This means the machinery segment not only outpaced the overall market but is also emerging as a leading indicator of industrial upgrading.
Background
The underlying logic of this growth is the combination of the inaugural year of the 15th Five-Year Plan with a dual cycle of equipment renewal and digital transformation. Demand for intelligent upgrades from domestic textile companies, especially in cotton spinning, has been released intensively. Expansion of industrial clusters in Xinjiang and other central-western regions added further momentum, making spinning machinery the hottest segment—orders for intelligent complete equipment such as ring spinning, air-jet spinning, and rotor spinning are full, with improved delivery efficiency.
However, the industry is not uniformly booming. The weaving machinery sector shows clear polarization: high-end air-jet looms and specialty fiber weaving equipment are in strong demand, while traditional general-purpose models are weakening. Chemical fiber machinery, knitting machinery, and dyeing and finishing equipment remain in a slow recovery phase, with downstream companies cautious in investment and the segment's recovery pace clearly lagging. This structural divergence directly determines that enterprises in different sub-sectors will face distinctly different second halves.
Industrial Impact
The export front is another highlight. Against the backdrop of global textile supply chain restructuring, domestic machinery has gained more orders in emerging markets such as Southeast Asia, Central Asia, the Middle East, and Africa, thanks to its cost-performance advantage. Exports of spinning and weaving equipment performed particularly well. Leading companies are accelerating overseas layout, with technology export and localized supporting services maturing, turning overseas markets from a supplement into a growth pole.
However, pressure on profitability has not disappeared. Fluctuations in prices of upstream raw materials such as steel and motors directly raise manufacturing costs, while price wars in low-end segments intensify, further squeezing margins. More critically, downstream textile enterprises have limited willingness to expand capacity, and investment decisions are more cautious—this means the foundation of the industry's recovery still needs to be consolidated. Companies that only sell equipment will find it hard to maintain healthy gross margins under the twin pressures of costs and prices.
Facing this situation, technological innovation has become the core path for breakthroughs. R&D focus is shifting toward high-speed and high-efficiency production, digital control systems, low-carbon and energy-saving technologies, and flexible equipment adapted to "small-order, quick-response" models. Innovative products such as intelligent spinning lines, AGV warehousing and transfer systems, AI online quality inspection equipment, and low-energy dyeing and finishing machinery are accelerating deployment, while localization of core components is steadily advancing. More companies are moving beyond simply selling hardware to providing complete process solutions, with the share of technical service revenue rising, driving the industry's value from equipment manufacturing toward integrated "equipment + software + operation & maintenance" services.
The domestic industrial gradient transfer is also releasing considerable demand for equipment renewal. Textile capacity is migrating to central and western regions, driving procurement for new production lines; eastern coastal enterprises are accelerating the elimination of outdated high-energy-consuming equipment, and a new renewal cycle has begun. With the conversion of old and new drivers, the machinery industry gains a longer growth track, but this also places higher demands on the technical content and energy efficiency of equipment.