Recently, a four-member delegation consisting of Wu Zongyan, Honorary Dean of Hebei Provincial Bearing Industry Technology Research Institute, Guo Jinjie, its Dean, Xu Qunying, Chairman of Langfang Shengsen Abrasives Co., Ltd., and Wang Haidong, Director of the Operation Center of Xiong'an Jiuzheng Technology Co., Ltd., paid a visit to the Beijing Graphene Technology Institute (BIGT). The three parties and the BIGT research team held in-depth discussions on key topics such as the innovative application and industrial integration of graphene technology in the fields of precision bearings and high-end manufacturing.
All three participating entities in this visit are the backbone forces driving the high-quality development of regional manufacturing. Hebei Provincial Bearing Industry Technology Research Institute has long focused on technological innovation and upgrading in the bearing industry and built an integrated platform for the industry-university-research-application ecosystem. Led by Dean Guo Jinjie, the institute takes addressing common technical challenges in the industry as its mission, boasts extensive expertise in precision bearing design and other key areas, and provides crucial technical support for the
transformation and upgrading of China’s bearing industry. As the initiator of this visit, the institute aims to break down technological barriers between new materials and traditional bearing manufacturing, and drive breakthroughs in bearing products toward higher performance and other advanced directions.Langfang Shengsen Abrasives Co., Ltd. stands as a benchmark enterprise in high-end abrasive manufacturing. Guided by Chairman Xu Qunying, the company adheres to the philosophy of "Quality First, Innovation as the Core", and has grown into a core supplier for well-known equipment enterprises by virtue of its superior grinding processes and product quality. Its participation in this cooperation discussion is to integrate graphene technology with abrasive manufacturing, optimize product performance, and explore a path for the collaborative upgrading of abrasives and bearings.Xiong'an Jiuzheng Technology Co., Ltd. is rooted in the Xiong'an New Area, focusing on the R&D of high-end equipment parts and components, and enjoys distinct advantages in the application of precision bearings and related fields. With a keen insight into market demand, the company is committed to collaborating with various parties to advance the industrialization of graphene technology and develop more competitive products.
As the core technology provider, BIGT was co-founded by Aero Engine Corporation of China and the Beijing Municipal Government, and stands as a national core force in the research and industrialization of graphene innovative technologies. Since its establishment in 2017, BIGT has made breakthroughs in key technologies such as graphene preparation and material compounding, built China’s first large-scale pilot test base for applied technology research, and formed a development pattern of "Beijing as the core for innovation, the Beijing-Tianjin-Hebei region as the main platform, and a nationwide network for expansion". At present, BIGT is integrating the entire chain of "innovation chain - industrial chain - capital chain", focusing on advancing the application and development of graphene technology in multiple fields including aerospace and new energy, and providing strong technical support for the upgrading of traditional industries.
Hailed as the "King of Materials", graphene has emerged as a "super additive" in the field of precision manufacturing by virtue of its ultra-high strength, excellent thermal conductivity and other outstanding properties. Adding graphene nanosheets to bearing grease forms a nanoscale lubricating film, which reduces the friction coefficient and wear loss. This solution is well-suited for high-speed precision, high-temperature and heavy-load working conditions, achieving lower friction consumption and a substantial extension of bearing service life.
This four-party exchange has established a linkage framework of "Manufacturing-side Demands + R&D-side Support + Application-side Implementation". Leveraging the integration of industry, academia, research and application, this cooperation will break through technical bottlenecks, drive the innovative application of graphene technology in precision bearings, high-end abrasives and other fields, and lead the integration of precision manufacturing and new materials to realize the high-quality development of the bearing industry.
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