
ASAT announced that it has signed a Memorandum of Understanding (MOU) with Ubat to collaborate on core materials technology for next-generation secondary batteries. This agreement aims to jointly verify and commercialize oxide-polymer composite electrolyte membrane technology applicable to next-generation lithium-ion and lithium metal-based batteries.
ASAT's composite all-solid-state electrolyte membrane technology significantly improves the risks of thermal runaway, internal short circuits, and fires that can occur in lithium metal batteries by minimizing the use of liquid electrolytes and replacing separators. This technology is considered a key next-generation component in safety-critical fields such as defense batteries, high-reliability power systems, and high-energy-density batteries.
Under the agreement, the two companies plan to pursue joint technology verification for the commercialization of composite electrolyte membranes, joint use of research equipment, cooperation for technology commercialization, domestic and international market expansion and joint promotion, and technical collaboration for global commercialization. ASAT will be responsible for material technology advancement and process optimization, while Ubat will conduct verification and application based on its experience in battery cell and system design and operation.
Officials from both companies stated that this agreement will not only activate next-generation secondary battery technology, but also serve as a turning point for fundamentally improving the safety and reliability of defense and lithium metal batteries. Through this agreement, ASAT and Ubat plan to accelerate the creation of a next-generation battery technology ecosystem and the practical commercialization of high-safety, high-energy battery systems.
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