On the afternoon of April 11, the 2022-2023 Academic Year Special Scholarship Award Ceremony (Materials Session) of Beijing University of Chemical Technology was held at the Science Hall of the East Campus. Mr. Zhou Xinji, Secretary of the CPC Party Committee and Chairman of the company, attended the ceremony upon invitation.
Before the ceremony, Mr. Zhou Xinji and his delegation visited the newly built materials building and the State Key Laboratory of the College of Materials Science and Engineering at Beijing University of Chemical Technology, and held on-site discussions with the relevant expert team from the college on topics such as the surface modification of ultra-high molecular weight polyethylene (UHMWPE) fiber.
At the start of the ceremony, Professor Song Laixin, Deputy Secretary of the CPC Party Committee of Beijing University of Chemical Technology, delivered a warm speech, and a promotional video of XINGI TECH Co., Ltd. was shown at the venue, vividly presenting the company’s more than 10 years of innovation-driven development as well as the substantial achievements and advantages it has gained in scale, products and technology.
Afterwards, the award-winning students came on stage to receive their awards. Mr. Zhou Xinji personally presented the awards, offered warm congratulations to the winning students, and encouraged the students of Beijing University of Chemical Technology to aim high, apply what they have learned, and press forward with unwavering commitment.
The company has always attached importance to talent development and maintains deep cooperation with many universities and research institutes. In August 2022, the company established the “Beijing University of Chemical Technology – XINGI TECH” Special Scholarship at Beijing University of Chemical Technology, hoping to use this platform to further advance in-depth industry-university-research cooperation between the two sides, accelerate talent cultivation and technological innovation, and, through close exchanges and full cooperation, jointly promote UHMWPE fiber in creating a better life for humanity.