XINGI TECH

Focusing on the Fiber Materials Frontier and Empowering Industrial Innovation and Upgrading: XINGI TECH Attends the First Yangtze River Delta Advanced Fiber Materials and High-End Textile Materials Forum

September 16, the First Yangtze River Delta Advanced Fiber Materials and High-End Textile Materials Forum was held in Nantong. Chen Dongmei, Member of the Standing Committee of the Municipal Party Committee, Director of the Publicity Department and Vice Mayor of Nantong attended the event and delivered a speech. Zhou Xinji, Secretary of the CPC Party Committee and Chairman of the company, was invited to attend the forum.

Themed “Focusing on the Fiber Materials Frontier and Empowering Industrial Innovation and Upgrading”, the forum brought together well-known experts and scholars from the industry to jointly discuss development trends in the field of advanced fiber materials, sort out common needs of the industry, explore new models of industry-academia-research cooperation and offer suggestions for building a green innovation technology system. At the event, the strategic cooperation between XINGI TECH New Material and Jicui Fiber was also formally signed.

Chairman Zhou Xinji said in a television interview:
“This Yangtze River Delta Advanced Fiber Materials and High-End Textile Materials Forum provided us with a face-to-face exchange opportunity for industry-academia-research cooperation. Academicians presented future needs from a modern perspective, resources were shared, and for our company’s future innovation and development this is a support of wisdom.
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Nantong is one of the regions in China with the highest concentration and the most complete range of the textile industry. As a leading enterprise in the ultra-high molecular weight polyethylene (UHMWPE) fiber industry, XINGI TECH sincerely hopes that the industry leaders, experts and scholars attending the forum will help more projects and achievements land and be commercialized in the UHMWPE fiber industry, and jointly promote a new development landscape for UHMWPE fiber and its downstream applications.