When the 29th China International Composites Expo concluded at the National Exhibition and Convention Center in Shanghai, the industry's focus was no longer solely on resins, carbon fibers, or new processes, but on intelligent logistics systems weaving through fiberglass plants. Held from September 1 to 3, 2026, this barometer event for global composites sent a clear signal: competition in the fiberglass sector is shifting from individual equipment to whole-process system integration.
Event Background
During the expo, the dual-theme zone for fiberglass industrial fabrics and smart manufacturing equipment in Hall 7.2 drew heavy crowds. System integrators like BSC Technology showcased full-process intelligent logistics solutions for fiberglass roving, electronic yarn, and electronic cloth, alongside R&D results for fiberglass electronic cloth looms. These displays attracted numerous composite material clients and supply chain partners. Notably, the focus of inquiries had changed: reducing labor dependency, improving line efficiency, and enabling full traceability—these concerns point to overall system performance, not just single-machine parameters.
This shift is rooted in two decades of fiberglass industry evolution. Previously, cost reduction and efficiency gains centered on furnace energy consumption, bushing life, or drawing speed. Now that these point technologies have matured, bottlenecks have moved to inter-process coordination, material flow efficiency, and data chain integrity. Intelligent logistics systems open new optimization space in these areas.
Industry Impact
The prominent display of system integration solutions at the composites expo has profound ripple effects across the upstream and downstream chain. For fiberglass manufacturers, it redefines the path of intelligent transformation: no longer piecemeal procurement of robotic arms or AGVs, but holistic planning from roving to electronic cloth. Integrators like BSC Technology, serving the fiberglass industry for over two decades, embed IoT, big data, machine vision, and AI into specialized equipment and software, building a full-process intelligent technology system. Their solutions have been applied at leading enterprises such as China Jushi, International Composites, Taishan Fiberglass, and Changhai Fiberglass.
For buyers and exporters, this trend has direct implications. Buyers evaluating suppliers now consider automation rate and traceability as hard metrics alongside traditional physical and chemical indicators. A system enabling full traceability means every roll of electronic cloth can be traced to its source, process parameters, and quality inspection data—directly affecting certification thresholds in high-end applications like PCB and aerospace composites.
For fiberglass exporters, system integration capability may serve as a differentiating advantage in breaking into high-end markets. International clients increasingly scrutinize manufacturing stability and traceability during factory audits, and whole-chain smart transformation provides such compliance evidence. Conversely, factories still stuck at single-machine automation may lose international bids due to a lack of system-level data closure, even if product test results pass.
The expo's interactions also reflected a mix of anxiety and anticipation. On one hand, whole-chain transformation requires substantial upfront investment, pressuring small and medium fiberglass plants. On the other hand, as leading enterprises demonstrate success, integration costs are falling and replicability is rising. It is foreseeable that within three to five years, intelligent upgrading will move from an elective for industry leaders to a required course for regional industrial clusters.