The order curve for spunbond nonwoven equipment is rising far steeper than the industry average. Hongda Research Institute reported a 148.7% year-on-year increase in new contracts and an 86.4% rise in orders on hand for the first half of 2026. This doubling of orders reflects a resonance between global demand restructuring for nonwoven materials and breakthroughs in domestic equipment technology, not merely a cyclical rebound.
Industrial Logic Behind the Order Surge
The jump in orders primarily stems from the concentrated release of downstream capacity investment. The acceptance of the Fujian project, substantial progress in Hebei delivery, and the activation of the Zhejiang contract indicate simultaneous expansion across multiple domestic industrial belts, underscoring sustained demand for high-end spunbond lines in hygiene and filtration materials. More notably, overseas projects in Turkey and Poland are advancing with on-site installation and technical services, signaling a shift from single-machine exports to total engineering and service output, thereby changing profit models and value chain positions.
An 86.4% rise in orders on hand implies that delivery pressure for the next 12 to 18 months is already locked, sending a clear signal to upstream component suppliers and downstream clients: delivery cycles may lengthen, making early order placement more practical than last-minute procurement. For enterprises planning nonwoven lines, the current window is narrowing, and equipment delivery time will become a key variable in project scheduling.
Technological Positioning: From Bamboo Fiber to Bicomponent
The order growth is not isolated; it is backed by dense technology accumulation. After three years of research, the ionic-liquid solvent bamboo fiber project has entered the pilot engineering design stage, with construction drawings scheduled for completion in Q3. This indicates that the green production route for regenerated cellulose fiber is moving from lab to engineering. If bamboo fiber achieves stable mass production, it will directly impact the raw material landscape of viscose staple fiber, making it a substitute worth tracking for downstream spinning and fabric companies.
The successful trial production and commercial delivery of the wide-width PE/PP bicomponent spunbond line marks another key milestone. Demand for bicomponent spunbond materials in hygiene and filtration applications is growing faster than ordinary spunbond, and the wide-width model further enhances single-line capacity and economy. This commercial delivery means domestic equipment has crossed the verification stage in high-end nonwovens and is now competing head-on with imported brands.
Breakthroughs in multiple special fiber spinning processes provide technical depth for future product iteration. For buyers, a supplier's technology roadmap directly affects the upgrade flexibility of their production lines—choosing equipment makers with sustained R&D capabilities is equivalent to embedding compatibility for next-generation processes.
Management Discipline and Industry Transmission
Order surges often come with delivery risks and management bottlenecks. Hongda completed the full rollout of SAP and BIP systems in H1 and revised or established 11 institutional rules, enhancing risk control and refined management. The implementation of information systems means order tracking, cost accounting, and supply chain coordination will become more transparent, which is critical for equipment makers handling multiple projects in parallel.
From an industry transmission perspective, a surge in equipment orders typically leads downstream capacity deployment by 6 to 18 months. The current high growth in spunbond equipment foreshadows a concentrated release of nonwoven material capacity around 2027, potentially intensifying competition in low-to-mid-end products. Downstream product manufacturers should now assess their product mix strategy for the next two years to avoid falling into homogenized price wars.