Materials for Sustainable Mass Transit
Mass transit systems that carry hundreds of passengers each day must meet demanding requirements for long operating hours, repeated use, and safety.
High-performance e-Mobility materials scale across rail, buses, and other modes—delivering both operational efficiency and passenger comfort.
Materials for Everyday Micromobility
As fast and flexible urban transport, micromobility hinges on three factors: lightweighting, design, and safety.
e-Mobility material technologies meet these needs and are driving the everyday expansion of personal mobility.
Materials for Reliable Marine Operations
Ships and marine mobility systems must operate for extended periods under harsh external conditions such as salinity, humidity, vibration, and temperature fluctuations. As electric‑propulsion (E‑Propulsion) vessels become more widespread, lightweighting, insulation performance, structural durability, and the protection of electrical and propulsion systems have become even more critical requirements. LG Chem’s proven e‑Mobility material technologies enhance operational efficiency, structural durability, and the safety of electric‑propulsion systems across marine mobility applications.
Materials for an Advanced Aerospace Industry
Aerospace demands resilience in extreme environments and adherence to rigorous safety standards.
Materials proven in e-Mobility help deliver fuel efficiency, structural stability, and passenger safety in aviation applications as well.
Materials Enabling the UAM Era
Urban Air Mobility (UAM) must simultaneously achieve ultra-lightweight design, high strength, and flight safety.
In meeting these complex demands, materials technology goes beyond individual components to become a core enabler of future mobility.