Formed over tens of thousands of years, ILLITE is a naturally occurring clay mineral known for its unique structural properties.
Cardition harnesses the essence of this natural material to introduce a new standard in electrical stabilization technology. With its distinctive 2:1 layered structure, consisting of one octahedral layer between two tetrahedral layers, ILLITE exhibits excellent flexibility, elasticity, and adsorption capability. It also continuously emits negative ions and far-infrared radiation. Through advanced material engineering, Cardition optimizes the properties of ILLITE to help facilitate ion movement within the battery, supporting a more balanced and stable electrical current. Even within complex vehicle electrical systems, ILLITE continues to function consistently, helping vehicles operate more efficiently and with greater stability.

When the balance of electrical current in the battery becomes unstable, vehicle performance can be affected. Cardition addresses this issue by stabilizing the battery’s electrical current, helping improve acceleration performance, fuel efficiency, durability, and the operating efficiency of electronic systems. By precisely regulating irregular current flow, Cardition helps prevent system malfunctions and supports vehicles in maintaining optimal operating conditions.

Rather than pursuing quick results, we chose rigorous validation. Cardition is the result of over 12 years of dedicated research and development. Developed from Eropgehada’s ongoing studies in electrochemistry and mineral science since 2013, Cardition has been refined through continuous research and technical consultation with specialists in electrical and electronic engineering. Through this long-term development process, the technology behind Cardition has undergone patent applications as well as safety and performance verification.