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On April 3rd, the China Superhard Materials Network hosted a symposium to discuss the design process of ceramic bond CBN grinding wheel formulas. The event brought together industry experts, senior engineers, and business representatives from the abrasives and superhard materials sectors. Attendees included Professor Wang Guangzu, a senior consultant with the network, Senior Engineer Wei Fengwu from the Superhard Materials Industry, Lu Tao from the Zhengzhou Abrasives Grinding Research Institute Co., Ltd., Yuan Delu from Zhengzhou Huajing Diamond Co., Ltd., Professor Zhang Xiangfa from Zhongnan Jie Te Superhard Materials, Dr. Li Jian from the National Abrasives Standards Committee, Guo Zhijun from Baige Abrasives Co., Ltd., and over ten other professionals.
The symposium was chaired by Liu Jinchang, the general manager of the China Superhard Materials Network. During the event, Professor Li Yinjiang, the chief designer of the formula program, and Senior Engineer Shi Shiwei demonstrated the step-by-step operation of the ceramic bond CBN grinding wheel formula design software using multimedia tools. This interactive presentation allowed participants to better understand the system’s functionality and potential applications.
Industry experts and business representatives engaged in detailed discussions about the formula design process, sharing insights based on their real-world production experiences. They expressed strong support for the program, noting that it could significantly reduce the time-consuming calculations traditionally required in grinding wheel manufacturing, thereby boosting productivity.
In the context of industrial transformation and structural adjustment, many traditional grinding wheel manufacturers are shifting toward superhard products like diamond and CBN grinding wheels. While both types of wheels have unique formula design challenges, this program offers an efficient and user-friendly tool to help companies navigate these complexities. Experts also provided constructive feedback on the program’s details and strategies for wider adoption.
This initiative marks a collaboration between Professor Li Yinjiang and Maxwell Advanced Engineering, following the successful launch of a similar program for ceramic resin abrasive tools in November 2013. It represents a key example of how informatization is being integrated into the production and development of both conventional abrasives and superhard materials in China. The program is expected to provide essential information support for the growth of the domestic abrasives and superhard materials industries.
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