In the first half of 2026, Hongda Research Institute saw new contracts surge 148.7% year-on-year and orders on hand climb 86.4%. This growth rate far exceeds the industry average, indicating that the spunbond nonwoven turnkey equipment market is undergoing a demand expansion driven by technological upgrades rather than a simple cyclical rebound. The concentrated release of orders suggests that downstream clients are making firm investments in high-value-added production lines, injecting strong momentum into the equipment segment of the nonwoven industry chain.
Market Structure: Dual Engines of Overseas and Domestic Expansion
From a market perspective, the pace of overseas project advancement is noteworthy. Installation and service projects in Turkey and Poland are being implemented efficiently, and technical service capabilities have gained full recognition from international clients. This marks an increase in the penetration of domestically produced spunbond equipment in the Eurasian market. For domestic equipment manufacturers, the smooth delivery of overseas projects is not only an order increment but also proves the internationalization capability of the service system, laying a foundation for further expansion into the high-end European market.
Domestic market development is equally significant. The Fujian project passed acceptance, the Hebei project made substantial delivery progress, the Zhejiang project contract took effect, and new customer intentions in Jiangsu are rapidly warming. These regions are not traditional textile powerhouses but rather emerging nonwoven industry clusters. The spread of projects from the southeast coast to the interior reflects that downstream applications of nonwoven materials are extending from hygiene materials to filtration, geotextiles, medical, and other broader fields, accelerating regional capacity layout.
Technological Breakthroughs: Industrial Significance of Bamboo Fiber and Bicomponent Lines
Technological progress has greater long-term value. After three years of research, the ionic liquid solvent bamboo fiber project has fully entered the pilot engineering design stage, with 3D modeling and engineering design completed as scheduled, and construction drawing design planned for completion in the third quarter. Bamboo fiber, as a renewable resource, aligns with the global textile industry's sustainable development trends. Compared with the traditional viscose method, the ionic liquid solvent method has significant advantages in solvent recovery and environmental emissions. Once industrialized, it will reshape the supply pattern of regenerated cellulose fiber, profoundly affecting upstream pulp and downstream fabric enterprises.
The successful trial production and commercial delivery of the wide-width PE/PP bicomponent spunbond line is another key milestone. Bicomponent fibers are superior to monocomponent fibers in softness, elasticity, and thermal bonding performance, and are widely used in high-end hygiene materials, filter media, and composite fabrics. The commercialization of wide-width lines means that domestic equipment has reached a level capable of competing with international giants, helping downstream enterprises reduce equipment investment costs and accelerate the domestic substitution process for high-end nonwoven materials.
Management and Innovation: Synergy of Institutional Dividends and R&D Efforts
Behind the order and technology breakthroughs is the coordinated upgrade of management systems and R&D mechanisms. The SAP and BIP systems have been fully launched and continuously optimized, with 11 new or revised systems established, significantly enhancing risk prevention, control, and refined management capabilities. For equipment manufacturing enterprises, the digital upgrade of management systems directly affects the punctuality of project delivery and cost control, explaining why the company can maintain efficient operation despite an 86.4% increase in orders on hand.
Setting up party member pioneer posts and forming temporary party groups for key tasks such as innovation platform construction and wide-width line research strengthens the centralized allocation of R&D resources. In an era of accelerated technological iteration, this model of concentrating efforts on major tasks helps shorten the transformation cycle from laboratory to industrialization, providing institutional guarantees for future technology reserves.
Transmission Effects on the Industrial Chain
Hongda's order surge is not an isolated event. For upstream suppliers, the substantial increase in equipment orders directly drives demand for core components such as servo motors, hot calender rolls, and spunbond dies, offering domestic component suppliers more opportunities for collaboration. For downstream nonwoven material producers, the maturity of domestic high-end equipment means lower investment thresholds and faster delivery cycles, which will stimulate small and medium-sized enterprises to upgrade production lines, thereby intensifying competition in the end market and driving down product prices while improving quality.
The advancement of the bamboo fiber pilot project may trigger a chain reaction in the regenerated cellulose fiber sector. Once the process matures and is promoted, traditional viscose enterprises will face environmental transformation pressure, while companies capable of mass-producing bamboo fiber will gain differentiated competitive advantages. Fabric buyers should closely monitor the supply dynamics of bamboo fiber yarns and plan green product lines in advance.