From September 1st to 3rd, the 29th China International Composite Materials Industry Technology Exhibition was held at the National Exhibition and Convention Center (Shanghai). The exhibition site was bustling with activity, and the fiberglass electronic fabric track became the center of attention. Driven by the AI computing power industry chain, the domestic electronic fabric market has continued to rise in popularity, and the domestic weaving machine technology iteration process has been advancing steadily. All parties in the industry gathered in the exhibition area to exchange technical progress, connect supply and demand, and jointly explore the expansion path of industry production capacity.
The booth of Wanli Textile Machinery was extremely popular. Two main weaving machines were continuously running for on-site demonstrations. Visitors came in a continuous stream to observe the equipment, exchange technical information, and negotiate cooperation. Wan Zuqian, the chairman of Wanli Textile Machinery, received one group of visitors after another, explaining the operating characteristics of the equipment and responding to various technical and equipment-related questions raised by industry customers. He was extremely busy. During his breaks from work, Wan Zuqian, using the two core products, namely the WLP910 ultra-start automatic jet weaving machine and the WL808-2800 rotor glass fiber electronic fabric weaving machine, shared his thoughts and judgments on technological innovation, market implementation, and the future development of the glass fiber electronic fabric industry.
The booth of Wanli Textile Machinery was very popular, with two main looms continuously demonstrating their operation on-site. Customers came in succession to observe the equipment, exchange technical information, and negotiate cooperation. Wanzi Gan, the chairman of Wanli Textile Machinery, received one group of visitors after another, explaining the operating characteristics of the equipment and responding to various technical and equipment-related questions raised by industry customers. He was very busy. During his breaks, Gan combined the two core products, the WLP910 ultra-start automatic jet loom and the WL808-2800 rotor glass fiber electronic fabric loom, to share his views on technological innovation, market implementation, and the future development of the glass fiber electronic fabric industry. This ultra-start automatic jet loom, which made its debut at this exhibition, is a representative equipment developed by Wanli to address the actual pain points of the industry. It embodies the team's research and development accumulation in the field of glass fiber looms. At the exhibition site, this loom weaves 1080 ultra-thin electronic fabric at a process speed of over 800 revolutions per minute, demonstrating excellent on-site weaving results. Gan is very optimistic about the market prospects of 1080 ultra-thin electronic fabric. In his judgment, 1080, as the mainstream specification in the ultra-thin electronic fabric field, has a huge market demand volume both at home and abroad and has a long-term broad growth space. He hopes to rely on the implementation of this equipment to contribute to the high-quality development of the domestic glass fiber electronic fabric industry and boost the overall level of the industry. It is introduced that several core components of this jet loom have been optimized and upgraded. The weft storage device abandons the conventional aluminum structure and adopts a steel wire ring process; it is equipped with a high-performance intelligent display screen, which can adapt to various yarn materials and fully match the requirements of high-end manufacturing conditions; the rope-shaped binding device has achieved a leap in weaving process refinement. At the same time, the electromagnetic needle, air ring cover, ABS braking system, weft insertion nozzle spray pipe, porcelain parts, auxiliary nozzles, stretching spool, scissors, and other key components all adopt more suitable configurations for glass fiber yarn production. It is precisely this complete set of hardware configuration that supports the stable weaving of 1080 ultra-fine filaments at 800+ revolutions per minute, also laying a solid hardware foundation for enterprises to tackle higher difficulty products such as ultra-fine filaments and extremely thin fabrics. Based on the market end, Gan disclosed that the WLP910 jet loom has been applied in dozens of glass fiber enterprises in China, and the on-site application feedback has been excellent. Market orders have continued to increase, and many downstream customers have placed batch purchase orders. The exhibition's thoughts and judgments.The booth of Wanli Textile Machinery was very popular. Two main weaving machines were continuously demonstrated in operation on-site. A steady stream of customers came to observe the equipment, exchange technical information, and negotiate cooperation. Wanzi Gan, the chairman of Wanli Textile Machinery, received one group of visitors after another, explaining the operating characteristics of the equipment and responding to various technical and equipment-related questions raised by industry customers. He was very busy. During his breaks, Wanzi Gan, based on the two core products, the WLP910 ultra-start automatic jet loom and the WL808-2800 rotor glass fiber electronic fabric loom, shared his views on technological innovation, market implementation, and the future development of the glass fiber electronic fabric industry. This ultra-start automatic jet loom that made a grand debut at this exhibition is a representative equipment that Wanli has created based on the actual pain points of the industry. It embodies the research and development accumulation of the team in the field of glass fiber weaving. At the exhibition site, this machine weaves 1080 ultra-thin electronic fabric at a process speed of over 800 revolutions per minute, demonstrating excellent on-site weaving results. Wanzi Gan is very optimistic about the market prospects of 1080 ultra-thin electronic fabric. In his judgment, 1080, as the mainstream specification in the ultra-thin electronic fabric field, has a huge domestic and overseas market demand volume and long-term broad growth space. He hopes to rely on the implementation of this equipment to contribute to the high-quality development of the domestic glass fiber electronic fabric industry and boost the overall industry level. It is introduced that the core components of this jet loom have been optimized and upgraded in multiple aspects. The weft storage device abandons the conventional aluminum structure and adopts a steel wire ring process; it is equipped with a high-performance intelligent display screen, which can be adapted to various yarn materials and fully match the requirements of high-end manufacturing conditions; the rope-shaped binding device has achieved a leap in weaving process refinement. At the same time, key components such as the electromagnetic needle, air ring cover, ABS braking system, weft insertion nozzle pipe, porcelain parts, auxiliary nozzles, stretching spool, scissors, etc., all adopt more suitable configurations for glass fiber yarn production. It is precisely this complete set of hardware configuration that supports the stable weaving of 1080 ultra-fine filaments at 800+ revolutions per minute, also laying a solid hardware foundation for enterprises to tackle higher difficulty products such as ultra-fine filaments and extremely thin fabrics. Based on the market end, Wanzi Gan disclosed that the WLP910 jet loom has been applied in dozens of glass fiber enterprises in China, and the on-site application feedback is excellent. Market orders are continuously increasing, and many downstream customers have placed batch purchase orders. The WL808-2800 rotor glass fiber electronic fabric loom exhibited at the same stand also received high attention from the industry. According to Wanli Textile Machinery's plan, this model mainly focuses on the high-potential field of glass fiber imitation fabric and can be adapted to multiple specifications such as 68tex, 100tex, and 136tex. Currently, some leading glass fiber enterprises have also achieved batch installation and use. Considering the changes in the raw material end of the industry, Wanzi Gan analyzed that with the increasingly mature processes of fine-diameter yarn, ultra-fine-diameter yarn, and silane yarn, the glass fiber imitation fabric industry has entered a development turning point. This category does not require sizing and eliminates the degreasing process, with the base material being pure glass fiber fabric, and can replace 7628 electronic fabric to a certain extent. The product price is slightly lower than the standard 7628 electronic fabric, with outstanding practicality. It has shifted from small-scale customized categories to large-scale industrial production. Coupled with the inherent cost advantages of the rotor loom, in his prediction, this category has considerable market growth potential and is expected to become a key category with growth space in the domestic electronic fabric sector. The running speed of the exhibition machine reached 450 revolutions per minute. Based on a double-width structure, it has established a prominent output efficiency advantage. Wanzi Gan provided a set of calculation data: when the equipment operates at full capacity, the monthly production capacity of a single machine can reach 45,000 square meters; even if the speed is reduced to 350 revolutions per minute, the monthly production capacity can still reach 35,000 square meters. Compared with the approximately 25,000 square meters of monthly output of ordinary jet looms, the production capacity advantage is very significant. According to the market prices of different products, the equipment can generate considerable added value benefits for the downstream industry. Many cooperative enterprises have achieved the mass production of high-value-added products by relying on this equipment.