Joint Booth / Special Area

InterBattery Europe Showcase

Individual company presentation

Our technology involves applying anion receptor technology to lithium secondary batteries, stabilizing the anions that cause degradation in lithium secondary batteries.

This results in improved thermal stability and ion conductivity.

In the current market, there is a demand for battery solutions that address issues such as fire safety, fast charging, and performance in low-temperature environments.

Our technology provides a solution by applying anion receptor technology to lithium secondary batteries, offering significant advantages over existing products and services in terms of performance and effectiveness.

Our proprietary technologies, including Z-AR, Z-LYTE, Z-POLY, Z-BATT, and Z-SOLID, have the potential to meet the needs of potential customers.

With two domestic patents, PCT international patents, nine patent applications, and a dedicated R&D team, we continuously innovate and develop our technology. Through marketing efforts such as participation in domestic and international exhibitions and website development, we have secured a market with test scales from demand companies.

Our future plans include product scale-up and participation in domestic and international exhibitions to expand the market. With our competent team, we aim to achieve revenue growth and factory expansion over the next five years.

[Exhibit Item Description]

1. Additives
• Suppressing decomposition of electrolyte salts by anion stabilization
• Improving Ionic conductivity and reducing internal resistance due to single ion conducting effect
• Enhancing high/low temperature stability, Coulombic effieciency, and cycle life
• Reducing capacity fade in low temperature and high C-rate

2. polymer electrolyte
• High Ionic conductivity at room temperature (25℃, >1mS/cm)
• Ease of manufacturing lithium solid-state batteries through in situ polymerization
• Securing flame retardancy by self-extinguishing material
• Forming a composite solid electrolyte through compatibility with inorganic solid electrolytes

_{The exhibitor mentioned above is responsible for the content published in the "individual company presentation" section.}

Floorplan Booth

C3.515