Iljin Electric Unveils Next-Generation Silicon Alloy Anode Material for the First Time at InterBattery

Full Cell Evaluation Underway with Domestic Battery Manufacturers

Iljin Electric announced on the 5th that it will officially unveil its next-generation silicon alloy anode material, 'nanoAISA-1750,' at InterBattery 2025 held at COEX in Seoul.

Next-generation silicon alloy anode material 'nanoAISA-1750' showcased by Iljin Electric at 'InterBattery 2025' held at COEX, Seoul on the 5th. Photo by Iljin Electric

Silicon anode materials are next-generation secondary battery materials that will replace conventional graphite, and major battery manufacturers at home and abroad are accelerating research, development, and commercialization in this field. Iljin Electric's 'nanoAISA (nano-Advanced ILJIN’s Si-Alloy)' is an innovative anode material that applies rapid solidification alloy technology to refine silicon to a few nanometers (㎚) in size. While existing products are produced through high-cost raw materials and complex processes, nanoAISA-1750 maximizes raw material utilization by applying a high-efficiency process, making it advantageous for cost reduction and mass production.

The capacity of nanoAISA-1750 reaches 1750mAh/g, providing nearly five times the storage capacity compared to conventional graphite anode materials (about 350mAh/g). It demonstrated superior performance compared to products currently on the market, including an initial efficiency of over 90% and maintaining more than 90% of the initial capacity even after over 500 charge-discharge cycles (based on a 500mAh/g electrode).

Iljin Electric has completed long-term lifespan testing for the previously developed 'nanoAISA-1000,' and explained that the full cell evaluation for nanoAISA-1750 is currently underway. In the future, Iljin Electric plans to accelerate the commercialization of silicon alloy anode materials in the next-generation battery market through collaboration with customers. A representative from Iljin Electric stated, "nanoAISA-1750 is a future-oriented silicon anode material with a simple yet economical production method," adding, "It will establish itself as an innovative material that will change the paradigm of the battery industry."

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