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Congratulations! Shouning Sanxiang New Materials "Three consecutive joys a day"

Dong Daily
01-28 12:27
In the middle of winter, the cold is striking, but it presents a lively scene on the project construction site in the eastern part of Nanyang Town, Shouning County. On January 27, the construction of the Ningde Wenda Magnesium Aluminum Alloy Project settled in Ningde Zirconium Magnesium New Materials Industrial Park began. The Nanozirconia (Phase I) project of Ningde Sanxiang NanoNew Materials Co., Ltd. in Sanxiang Science and Technology Park was completed and put into production. The Fujian Zirconium Materials Engineering Research Center was unveiled. "Three consecutive joys in one day" struggled to rush the New Year. The first blow.

The leapfrogging development is at the beginning, and innovation leads to a new situation. At the beginning of the New Year, while doing a good job in epidemic prevention and control, Shouning County made every effort to start construction, ensure progress and promote production. The project took root one after another, occupying the commanding heights and grasping the initiative in the new round of competition. Up to now, seven projects have been signed in the industrial park, with a total investment of 4 billion yuan, and the zirconium-magnesium new materials industry cluster has begun to take shape.



Photo by Gong Jian



Ningde Wenda Magnesium and Aluminum Alloy Project Starts

At 9:30 a.m., the opening ceremony of Ningde Wenda Magnesium and Aluminum Alloy Project was held.





Ningde Wenda Magnesium and Aluminum Technology Co., Ltd. is located in Ningde Sanxiang Zirconium and Magnesium Industrial Park, which is jointly launched by Sanxiang New Materials Co., Ltd., Ningde Times New Energy Technology Co., Ltd., Jiangsu Wanshun Mechanical and Electrical Group Co., Ltd., Guangdong Wenda Magnesium Technology Co., Ltd. in 2020. The total land area of the project plant area is 350 mu, and the first phase is planned to invest 500 million yuan. After completion and commissioning, it can achieve sales revenue of 1.5 billion yuan and 300 million yuan in profits and taxes. The company focuses on the research, development and application of magnesium alloy and magnesium aluminum alloy materials. It has a professional mold design and manufacturing team and is committed to the research and development and production of lightweight precision die castings. The company has a wholly-owned holding subsidiary Guangdong Wenda Magnesium Technology Co., Ltd. It is a national high-tech enterprise focusing on the manufacturing, product research and development, production and sales of magnesium and aluminum new materials. It has integrated comprehensive services such as mold design and production, die-casting, CNC processing, automatic spraying, testing and so on. Ability. Ningde Wenda Magnesium and Aluminum Technology Co., Ltd.'s products are mainly used in automotive parts, communication base stations, new energy, construction, military industry, power tools and other fields. The project will comprehensively open up the upstream and downstream application and promotion of the zirconium and magnesium industry, laying a solid foundation for the construction of a new industrial cluster.



Nanozirconia (Phase I) Project Completed and put into production

At 10:00 a.m., the completion and commissioning ceremony of the Nanozirconia (Phase I) project of Ningde Sanxiang Nanoxin Materials Co., Ltd. was held in the factory department of Sanxiang Science and Technology Park.







In June last year, Sanxiang New Materials Co., Ltd. issued the Announcement on Signing Investment Agreement and Related Transactions of Nanozirconia Project with Natural Persons, and jointly established Ningde Sanxiang Nano New Materials Co., Ltd. as the main body of the implementation of the Nanozirconia project. The nano-zirconia project is built and implemented by Ningde Sanxiang Nano New Materials Co., Ltd., a holding subsidiary of Sanxiang New Materials Co., Ltd., with a total investment of 100 million yuan and a design production capacity of 3,000 tons. The project is planned to be carried out in two phases. The first phase will build a production line with an annual output of 1,000 tons of high-purity nano-zirconia, build a standard factory building and environmental protection facilities of 5,000 square meters, and produce high-purity, good dispersion and uniform granular zirconia powder. Compared with ordinary zirconia, high-purity nano-zirconia has nano-performances such as large specific surface area and strong oxygen storage capacity. It is the basic raw material for special ceramics, photoelectric communication devices and new energy materials. It is widely used in consumer electronics (5G mobile phone backplane, ceramic filters), thermal barrier coatings, foam ceramics, medical materials (zirconium teeth). ) and other fields.

Fujian Zirconium Material Engineering Research Center was unveiled

At 10:30 a.m., the opening ceremony of Fujian Zirconium Materials Engineering Research Center was held in the laboratory of Sanxiang Science and Technology Park.





In December 2019, the Fujian Zirconium Materials Engineering Research Center applied by Sanxiang New Materials Co., Ltd. was rated as the provincial engineering research center, and immediately began to prepare for the "Fujian Zirconium Materials Engineering Research Center" platform, carrying out experimental research on the core technologies and key processes of the zirconium material industry, and the optimization and upgrading strategy of industrial structure. Sexual and forward-looking technology research and development to improve the sustainable development ability of the industry. The Zirconium Materials Engineering Research Center currently has 86 technical personnel of various types, including 76 fixed R&D personnel. Ye Danwang, Bao Xiaogang, Cheng Shizhong, Chu Xueji and other "special subsidies of the State Council talents" have become the main technical core talents, providing guarantees for the development of new products and technologies. ( Author: Wu Tonghua, Lin Fang, Zhou Zeqi)