Electronic Fabric Sector Heats Up: Rifar and Yongguan Join Forces, Air-Jet Looms for Glass Fiber Become Key Variable

A signal from the electronic glass fiber supply chain is now resonating across both the textile machinery and new materials sectors. Shandong Rifar Textile Machinery Co., Ltd. and Shanghai Yongguan Zhongcheng New Material Technology (Group) Co., Ltd. have recently signed a strategic cooperation agreement. The two parties will use glass fiber air-jet looms as the entry point to jointly advance an electronic fabric project. This move not only marks Yongguan's substantial step into the electronic-grade materials field but also provides a new footnote for the role of domestic high-end weaving equipment in the precision composite materials track.

Background

Public information shows that Yongguan New Material (stock code: 603681) is a globally leading comprehensive adhesive product supplier. This foray into the electronic fabric project is a key part of its strategy to expand the high-performance new materials industry chain. Electronic fabric, or electronic-grade glass fiber cloth, is an indispensable basic material for copper-clad laminates, electronic information, new energy, and high-end composite materials. Such materials impose far more stringent requirements on weaving equipment—stability, precision, tension control, and long-term operational reliability—than conventional textiles.

Shandong Rifar Textile Machinery, leveraging its technological accumulation in special looms, has become the equipment provider for this collaboration. The two sides will engage in deep synergy around electronic fabric production processes, glass fiber air-jet loom configuration, equipment operational stability, project construction progress, and subsequent technical services. From the negotiation content, whether the equipment can meet the extreme demands of electronic fabric for uniform yarn tension and weaving precision is the core issue determining the deal's success.

Industry Impact

The industry significance of this event lies first in the upstream-downstream joint research model. In the past, high-end electronic fabric weaving equipment has long relied on imports, with domestic companies having shortcomings in equipment stability and precision control. The alliance between Rifar and Yongguan means the equipment manufacturer directly participates in the process design of the end material. This 'equipment + material' collaborative R&D is expected to shorten the cycle from equipment commissioning to mass production qualification.

For the textile machinery industry, the electronic fabric track represents a clear incremental market. With the continuous rise in demand for high-performance composite materials in fields such as 5G communications, new energy vehicles, and aerospace, capacity expansion for electronic fabric is inevitable. As the core production equipment, glass fiber air-jet looms have high technical barriers, and few companies can supply them stably. By securing this order from Yongguan, Rifar has established a replicable benchmark case in the high-end special loom sector.

From Yongguan's perspective, this layout is a strategic move to upgrade from adhesive products to electronic new materials. The electronic fabric project can not only absorb some raw materials from its existing supply chain but also enter the higher-margin electronic-grade materials market, improving overall gross margins. However, challenges remain: electronic fabric production demands strict cleanliness, temperature and humidity control, and equipment maintenance. On-site coordination and technical support after equipment delivery will determine whether the project can proceed as planned.

Practical Recommendations

For Buyers - When evaluating equipment suppliers for electronic fabric projects, focus on their past track record in precision weaving, especially the tension control system and long-term operational stability data of glass fiber air-jet looms. - It is recommended to sign long-term service agreements with equipment manufacturers that include process optimization and technology upgrade clauses to ensure the equipment can adapt to future, higher-spec electronic fabric products. - Monitor the progress of domestic substitution: if domestic players like Rifar can validate equipment performance through this collaboration, procurement costs may drop by 20%-30% compared to imported equipment in the future.

For Foreign Trade Companies - The export market for electronic fabric and its production equipment is expanding, especially in emerging electronics manufacturing bases like Southeast Asia and India. Foreign trade companies can engage early with domestic equipment manufacturers to obtain technical parameters and certification documents, seizing overseas customers. - Pay attention to technical standard differences in target markets: European and American markets have stricter requirements for flame retardancy and environmental friendliness of electronic fabric; equipment exports must pass relevant certifications (e.g., UL, RoHS) before shipment. - Use this collaboration case as marketing material to demonstrate to overseas clients the breakthrough capabilities of Chinese companies in high-end weaving equipment, enhancing brand trust.