As the wave of capacity expansion recedes, the nylon industry stands at a crossroads. The 2026 annual meeting of the Nylon Branch sent a clear signal: not a simple 'production cut' or 'price hike', but a profound value reshaping—from chasing scale numbers to prioritizing quality and efficiency, from going it alone to industry chain collaboration. This shift reflects a collective reflection on 'ineffective involution' and a redefinition of competitive logic for the next phase.
Industry Turning Point: Overcapacity Forces Development Model Shift
The annual meeting, held in Shantou, Guangdong, explicitly noted that the nylon industry is currently in a stage of 'slowing capacity expansion but intensifying competition'. This means the old model of relying on new capacity for growth is unsustainable, and the supply-demand imbalance is becoming increasingly prominent. Industry public data shows that the nylon chain is undergoing deep adjustment, with corporate profit margins squeezed. Pure price wars not only fail to solve problems but also drag down innovation investment and quality improvement across the industry.
Against this backdrop, 'quality first, efficiency priority' became a consensus among participating companies. As association leaders stated, the industry needs to 'balance effective quality improvement and reasonable quantity growth'. For buyers, this means future supplier selection criteria will shift from 'low price' to 'high cost-performance' and 'stable quality'; for manufacturers, it means increasing R&D investment and raising the proportion of functional and differentiated products, rather than fighting price wars on conventional items.
Technological Breakthrough: From Source Innovation to Full-Chain Smart Manufacturing
Technology upgrade is the most powerful weapon to tackle overcapacity. At this year's meeting, several cutting-edge technologies revealed the future tech high ground. Donghua University's caprolactam anionic ring-opening polymerization and nylon 6 melt direct spinning technology addresses the pain points of traditional hydrolysis polymerization (long cycles, high oligomer residue), compressing the polymerization cycle to about ten minutes and reducing cyclic dimer residue to below 0.01wt%, directly compatible with melt direct spinning. This breakthrough means nylon production will be more efficient and environmentally friendly, laying a foundation for high-quality differentiated products.
Smart manufacturing is also key. Zhejiang Sci-Tech University experts outlined a three-stage digital transformation path for the chemical fiber industry, with embodied robots promising for semi-unmanned smart factories. From Beijing Zhongli's high-speed spinning engineering solutions to Transfar Chemical's customized oil agents, and Jincai New Materials' over 20 functional masterbatches (e.g., graphene masterbatch with antibacterial rate over 99%), technological breakthroughs are covering every link from polymerization to spinning and finishing, supporting downstream application expansion.
Green and Synergy: New Engines to Navigate Cycles
Under the 'dual carbon' goals, green low-carbon is no longer optional but a survival necessity. Sien New Energy's smart integrated energy solutions, targeting the high electricity, high heat, and dispersed energy use of the nylon industry, help companies systematically reduce costs and carbon through energy-carbon management platforms and full-scenario intelligent control. Meanwhile, Hangzhou Jiersi's halogen-free flame-retardant nylon chips, with an oxygen index of 30%-32%, can be blended with Lyocell to solve melt-drip issues, meeting various domestic and international flame-retardant standards and opening new applications in safety protection.
Notably, the meeting emphasized collaborative innovation across the entire industry chain. Whether it's the dual stability of nylon 66 quality and supply, or the adaptation of auxiliaries like oil agents and masterbatches, close linkage among raw materials, applications, and manufacturers is essential. Shantou, as an important domestic production base for nylon and nylon-spandex knitted fabrics, is moving from 'scattered and extensive' to 'full-chain aggregation'. This regional industrial cluster effect provides an ideal testing ground for collaborative innovation.