The review meeting of the 2025 Chemical Fiber Filament Innovative Fabric Design Competition was successfully held in Zibo, Shandong Province from May 22nd to 23rd. This event was hosted by the China Filament Weaving Association and organized by Shandong Vocational College of Light Industry. This event has invited a total of 13 experts from the Science and Technology Committee of the China Filament Weaving Association, who come from the China Filament Weaving Association, Donghua University, Tianjin Polytechnic University, Soochow University, Jiangnan University, Shandong Engineering Vocational and Technical University, and Shandong Vocational College of Light Industry. The expert group is very powerful.

Wang Jiayi, the president of the China Filament Weaving Association, Huang Xiaojin, the vice president and secretary-general, Zhang Cheng, the vice president, and Liao Menghu, the former vice president, attended the event and provided important guidance. Lu Sichen, the deputy secretary-general of the China Filament Weaving Association, presided over this review activity.

A total of 360 pieces of fabric submitted by 84 enterprises participated in this innovative fabric design competition. The competition was evaluated according to 9 major categories of products, namely fashion, outdoor sports, casual, Chinese style and new trend, new functional, bedding, curtains and decorative fabrics, industrial use, and lining.

After review and exchange, the expert group gave full recognition to the products participating in this competition.

The application of raw materials has become more diverse and innovative

The application of raw materials has been further enriched. The innovative application of various deep-processed silk threads such as elastic filament, twisted filament, coated filament, network filament, and Chenier filament has been further upgraded. The proportion of functional raw materials such as graphene fiber and mycelium fiber has significantly increased. The application of high-strength fibers such as aramid and ultra-high molecular weight polyethylene has also increased, greatly demonstrating the variability of chemical fiber filament fabrics.

The structural design is more diverse

The transformation of the organizational structure has become more diverse. The proportion of complex structures such as composite, heavy warp, double-layer, jacquard, double-layer jacquard, perforated, and twisted yarns has increased, enriching the product types, hand feel, and appearance layers of fabrics.

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