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蓝固新能源电子专用材料项目主体车间封顶
鑫椤锂电· 2025-10-20 08:41
Core Viewpoint - The article highlights the strategic development of 蓝固新能源 in the solid-state battery materials sector, emphasizing the company's proactive approach to capitalize on the growing market opportunities in this field [1][2]. Strategic Layout - 蓝固新能源 has established itself as a leading enterprise in the solid-state electrolyte materials industry, covering multiple technological routes. The newly constructed production base will focus on oxide solid electrolyte powder and slurry products, showcasing the company's strategic foresight during a critical industry window [2]. - The global solid-state battery market is expected to experience explosive growth, with a projected shipment volume of 614 GWh by 2030. The market for solid electrolyte materials is anticipated to reach several billion within five years [1]. Quality and Construction - The project team has collaborated effectively to overcome challenges such as tight schedules and complex processes, adhering to a construction philosophy of "safety first, quality foremost." The completion of the main workshop is a testament to the hard work of all participants [4]. New Journey - The completion of the main structure marks a significant milestone and the beginning of a new phase in the project. Equipment installation will commence next month, with trial operations expected to start in early 2026. The company aims to develop a modern, intelligent production base for electronic materials [6]. - 蓝固新能源 focuses on the development of cutting-edge electrolyte materials, providing comprehensive solutions for various sectors, including energy storage and high-performance batteries. The company aims to optimize product performance and cost through a full industry chain layout [6]. Commitment to Innovation - 蓝固新能源 is committed to technological innovation and independent research and development, aiming to contribute significantly to the development of the new energy industry through breakthroughs in new electrolyte materials [7].