Electric vehicle platforms continue to push structural materials to their limits — from managing higher battery mass to meeting stricter crash‑energy and stiffness requirements. In a new feature published by EV Engineering Online, Mun Su Kim, Sales Director at L&L Products South Korea, explains how advanced composite reinforcements help OEMs reduce mass while improving rigidity, durability, and NVH performance.
The article highlights how engineers can strengthen EV structures by:
- Reinforcing critical load paths around the battery pack
- Tuning stiffness locally without adding unnecessary mass
- Reducing stress concentrations for improved long‑term durability
- Integrating lightweight reinforcements directly at the body‑in‑white stage
- Leveraging continuous‑fiber profiles for directional stiffness across long spans
Read the full article on EV Engineering Online to explore how composites are enabling lighter, stronger, and more durable EV architectures.
