KRI, Inc. Product Lineup

The document discusses "the risks of cell enlargement and the effects of functional materials." It explains technologies that prevent temperature rises from exceeding 100°C below the ignition point of the electrolyte (approximately 450°C), even in the event of thermal runaway due to internal short circuits, which is a standard that allows for smoke without ignition. It also covers technologies that reduce the combustion time of trigger cells and mechanisms such as inter-cell insulation materials and heat storage and release, which keep adjacent cells' temperature rises below 50°C of the thermal runaway initiation temperature. Please feel free to download it for your use. [Contents] ■ Technologies to suppress the thermal runaway level of individual cells ■ Preventive measures to avoid pack ignition and explosion (risk of human injury) *For more details, please download the PDF or feel free to contact us.

Our company is engaged in the development of hybrid solid electrolytes through compounding. The hybrid solid electrolytes, which combine polymers and inorganic solid electrolytes (such as sulfide and oxide types), are highly anticipated as functional materials that possess the advantages of both organic and inorganic components. By combining various polymers and inorganic solid electrolytes, we aim to develop hybrid solid electrolytes with high performance. 【Features of Hybrid Solid Electrolyte Membranes】 ■ High ionic conductivity ■ Low interfacial resistance ■ High mechanical strength *For more details, please download the PDF or feel free to contact us.

We provide an overview of domestic and international research trends related to MI, along with case studies of its application, as well as investigations and research proposals aimed at specific material development. We conduct trend surveys on material development utilizing computational science, particularly materials informatics, contributing to the acceleration of our clients' material development. If necessary, we can also conduct basic studies on MI within our company and introduce other MI companies. 【Example of Project Content】 ■STEP 1: Overall Trend Survey - We provide survey results summarizing the definition of MI and overall trends in material development. ■STEP 2: Individual Client Survey - Based on the client's requests and areas of interest, we conduct research and analysis. *For more details, please refer to the PDF materials or feel free to contact us.

Our company possesses technology related to the control of particle size of metal nanoparticles. We can assist in analyzing the surface state of metal microparticles and optimizing particle size in material development. By examining particle size, effective utilization of nanoparticles is expected. 【Future Developments and Expected Outcomes】 ■ Control of color development (applications in biosensors and optical devices) ■ Adjustment of magnetic properties (applications in magnetic devices) ■ Improvement of handling properties through control of reactivity and safety (applications in conductive materials) ■ Reduction of platinum usage in electrode catalysts *For more details, please refer to the PDF document or feel free to contact us.