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[New Year, New Beginning] GRINM Group Accelerates Innovation with Remarkable Achievements

Updated: March 04, 2025

Since the beginning of the year, China GRINM Group Corporation Limited (GRINM Group) has made solid progress in advanced technological innovation and industrial upgrades.

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Solid-state hydrogen storage device for distributed energy supply has been applied in the ultra-fast charging station. [Photo/sasac.gov.cn]

GRINM Group’s GRIMAT Engineering Institute Co., Ltd. has achieved breakthroughs in high-performance aluminum alloy technology for aerospace applications, overcoming key technical challenges and accelerating industrialization. In addition, the company’s independently developed solid-state hydrogen storage device for distributed energy supply has been successfully applied in the ultra-fast charging station project of Shanghai Refire Group, providing 480 kilowatts of hydrogen power to charging stations.

In the field of nuclear technology, GRINM Resources & Environment Tech. Co., Ltd. has successfully developed key components for advanced reactor systems, significantly enhancing technical capabilities in this area.

Electromagnetic shielding metal grids are a key research focus for next-generation infrared optical window domes. GRINM Guojing Advanced Materials Co., Ltd. has established a dedicated R&D team for electromagnetic shielding optical windows, achieving breakthroughs in large-scale zinc sulfide electromagnetic shielding optical window dome manufacturing.

The development, transformation and application of key electronic paste technologies are crucial for addressing technical challenges in electronic devices and the broader electronics industry. Since the beginning of the year, production team from GRINM Group’s subsidiary in Shandong has been operating at full capacity to meet production and delivery commitments.

In Dongguan, GRINM Mental Composites Technology Co has focused on the core needs of the 3C industry, achieving a series of breakthroughs in specialized precision forming and high-efficiency processing technologies.



(Executive editor: Wang Ruoting)