A 30 percent reduction in defects per roll of electronic fabric, a 40 percent cut in labor for roving lines—these numbers are becoming the new selling points of leading fiberglass plants. At the 29th China International Composites Expo held September 1-3, 2026, in Shanghai, a clear signal emerged: competition in the fiberglass industry is shifting from single-equipment efficiency to the integration capability of full-process systems. Logistics is no longer a supporting role in the workshop; it has become a core variable determining yield, delivery lead time, and unit cost.
Event Background
During the expo, the "Fiberglass Industrial Fabric Products + Intelligent Manufacturing Equipment" joint exhibition area in Hall 7.2 drew heavy crowds. The focus was not a specific loom but a full-process intelligent logistics system covering roving, electronic yarn, and electronic fabric production. The exhibitor, BZ Tech, integrated its self-developed specialized equipment and software systems with IoT, machine vision, and AI, connecting fragmented handling, inspection, and warehousing operations into a closed data loop. On-site visitors were less concerned about equipment unit prices than about "labor reduction rates" and "whether quality can be traced roll by roll."
This shift in focus reflects the reality of industrial clusters. Leading companies such as China Jushi, Taishan Fiberglass, and CPIC have accelerated capacity expansion in recent years, with new lines generally designed to smart factory standards. However, the real bottleneck lies not in single-machine automation but in inter-process connections—from roving workshops to weaving halls, from looms to inspection and packaging. Each handling step hides risks of collision, contamination, and data discontinuity. BZ Tech has served the fiberglass industry for over two decades, and its solutions precisely target these neglected "connection points," which explains why its achievements have repeatedly won industry awards.
Industrial Impact
Full-process intelligent transformation has a structural impact on the supply chain. For fiberglass plants, deep coupling between logistics systems and MES/ERP enables minute-level production scheduling and significantly reduces material changeover waiting time. More importantly, end-to-end quality traceability—electronic fabric customers (such as copper-clad laminate makers) demand strict batch consistency, which was difficult to achieve with paper records. Now, every process parameter from yarn bobbin to finished product is stored in the system, compressing the time to identify root causes from days to hours in case of complaints.
For equipment makers, the model of simply selling looms or standalone logistics units is becoming obsolete. At the expo, several customers simultaneously evaluated weaving machines and logistics systems, revealing a turnkey procurement trend. This demands that suppliers possess both software development and system integration capabilities; pure mechanical manufacturers that fail to address digitalization may be excluded from top customers' supplier lists. For buyers, the benefits extend beyond labor savings—after workforce reduction, the skill structure shifts from operation to maintenance, reducing the impact of personnel turnover on production, which is significant for companies facing post-Spring Festival hiring difficulties.