The role of automotive interior textile materials is being redefined as new-energy vehicles transform cabins into a "third space." A closed-door symposium in Shanghai on September 2 unusually brought together OEMs like FAW and Xpeng with fabric suppliers suching Shenda and Kuangda. The core signal: interior materials are no longer decorative afterthoughts but key battlegrounds for smart cabin differentiation.
Background
Led by the China Nonwovens & Industrial Textiles Association (CNITA), the high-level dialogue covered the entire chain from chemical fiber raw materials to vehicle applications. Notably, attendees included safety system supplier Autoliv and new-material firms like Huafon Microfibers. Industry data shows China's automotive nonwoven materials have established a complete system from R&D to testing, yet the symposium focused not on achievements but on pain points.
"Lack of standards" was a recurring theme. Multiple OEM representatives cited the absence of unified national standards for automotive interior textile materials, leading to redundant testing and high certification costs. Wang Jianbing, head of materials development at FAW's R&D institute, urged OEMs and suppliers to jointly promote sharing of testing resources and mutual recognition of qualifications to reduce application barriers. This suggests that past industry practices of each player doing its own thing are becoming a major obstacle to new material adoption.
Industry Impact
The evolution of smart cabins is outpacing supply chain expectations. Xpeng's interior chief Ma Jia noted that cabins are shifting from "passive response" to "active companionship," requiring nonwoven materials to meet multiple criteria including touch, acoustic insulation, thermal management, lightweighting, and closed-loop recycling. For textile companies, this presents both opportunity and entry barriers—the old model of selling single fabrics is obsolete; future competition hinges on material integration capabilities.
Equally notable is the shift in supply chain collaboration. Yang Jie, deputy secretary-general of the Automotive Lightweight Technology Innovation Strategic Alliance, suggested that industry associations organize mapping of typical application scenarios and promote joint pre-research between upstream and downstream players to fill standard gaps. This implies textile firms may need to engage early in vehicle design rather than passively receiving orders. Meanwhile, as domestic OEMs accelerate overseas expansion, supporting textile enterprises face urgent internationalization needs, making standard alignment and compliance a new agenda.
For industrial clusters, this trend may trigger chain reactions. The Yangtze River Delta hosts leading interior fabric makers like Shenda and Kuangda, whose technology roadmap adjustments will influence upstream chemical fiber and microfiber suppliers. It is foreseeable that companies with automotive-grade certification and joint development capabilities will command premiums, while those relying on traditional interior orders risk being squeezed out.
Practical Recommendations
For Buyers - Prioritize suppliers with automotive-grade testing capabilities and acoustic/thermal data, not just price. - Involve material suppliers early in design to avoid certification delays due to standard mismatches. - Monitor joint pre-research projects between OEMs and material firms to lock in new materials aligned with future smart cabin needs.
For Foreign Trade Enterprises - Research target markets (e.g., EU, Southeast Asia) for automotive interior material standards and complete certification in advance. - Build supporting relationships with overseas plants of domestic OEMs to enter global markets through their supply chains. - Participate in industry standard-setting or mutual recognition mechanisms to reduce multi-country certification costs.
While this symposium was an industry exchange, its signals warrant attention across the chain: automotive textile materials are entering a new phase defined by standards, collaboration, and functionality. Companies that can first bridge the "raw material—fabric—vehicle" data chain will gain a first-mover advantage in the next competitive round.