The surge in orders for spunmelt nonwoven equipment is becoming a new barometer for the industry. In H1 2026, Hongda Research Institute saw new contracts jump 148.7% YoY and orders on hand grow 86.4%. This is not an isolated corporate achievement but the result of three converging forces: global nonwoven capacity expansion, technological iteration, and accelerated localization of equipment. When order growth approaches 1.5 times, it signals that downstream clients are significantly more willing to invest in high-end production lines, and it hints at subtle shifts in the competitive landscape.
The Logic Behind the Data
The explosive order growth is primarily driven by international demand. Efficient progress on installation and service in overseas projects in Turkey and Poland demonstrates that domestic spunmelt equipment can now compete with international brands in delivery capability. Overseas clients moving from trial orders to repeat purchases is a direct recognition of technical stability and service responsiveness. Meanwhile, domestic projects in Fujian have passed acceptance, Hebei deliveries have made substantial progress, a Zhejiang project contract has taken effect, and new client interest in Jiangsu is heating up—this multi-region spread indicates demand is not concentrated in one area but is expanding nationwide.
What does this mean for the supply chain? Equipment orders typically lead actual capacity deployment by 12 to 18 months. Contracts signed today will translate into real production capacity over the next two years, affecting the supply of nonwoven fabrics. For fabric buyers, tracking equipment orders now can help predict where and when capacity will be released, allowing for better procurement and inventory planning.
Technological Breakthroughs Reshape Competitive Barriers
Behind the order boom is years of technical accumulation. The ionic liquid solvent bamboo fiber project, after three years of research, has entered the pilot engineering design stage, with 3D modeling and engineering design completed as scheduled, and construction drawings planned by Q3. If successfully industrialized, this technology could transform the production logic of regenerated cellulose fibers—the ionic liquid process is more environmentally friendly than traditional viscose methods, and bamboo as a raw material offers greater sustainability. For downstream fabric makers, this could mean new bamboo fiber options with better performance and lower carbon footprints.
Another notable breakthrough is the successful trial production and commercial delivery of a wide-width PE/PP bicomponent spunbond line. Bicomponent spunbond technology is core to high-end nonwovens such as hygiene and filtration materials, historically dominated by European suppliers. The commercialization of domestic wide-width lines will directly reduce production costs for high-end nonwovens, influencing end-product pricing. Additionally, multiple breakthroughs in special fiber spinning processes and continuous iteration of key technology reserves indicate a shift from single equipment supplier to integrated technology solution provider.
Transmission Effects Across the Chain
High growth in equipment orders will inevitably transmit upstream and downstream. For chemical fiber raw material suppliers, the concentrated construction of new lines will boost demand for polypropylene, polyethylene, and various specialty chips. For textile machinery parts companies, the scale-up of complete equipment means synchronized growth in orders for standard parts and electrical control systems. More importantly, the rise of domestic equipment is changing buyers' bargaining logic—when local suppliers can deliver comparable performance, the premium on imported equipment shrinks, and capital expenditure efficiency across the industry improves.
However, the order surge also carries risks. Rapid expansion may strain delivery capacity, especially for overseas installation and service, demanding more from manpower and supply chain management. Moreover, fast technological iteration could render some early production lines prematurely obsolete. Companies planning new investments should carefully assess technology maturity and market windows to avoid buying equipment that quickly becomes outdated.