Lankwitzer’s ISO/TS 23218-compliant material is revolutionizing EV battery design. Its 5kV/mm dielectric strength exceeds the previous standard by 40%, while its 10G vibration resistance ensures reliability in harsh environments. The material’s modular design allows customization for pouch, prismatic, and cylindrical cells.

Standardization and Impact
The ISO certification mandates Lankwitzer’s material for all new EU EVs starting in 2026. This shift is projected to reduce battery-related fires by 50% annually. Volkswagen’s Trinity project, using this insulation, achieves a 25% reduction in pack weight while maintaining energy density.

Sustainable Manufacturing
Lankwitzer’s waterborne UV-curable formulation eliminates VOC emissions, reducing carbon footprints by 60%. The material’s 92% recyclability aligns with circular economy goals, with 80% of production waste repurposed into new coatings.

Future Innovations
Lankwitzer is developing smart insulation materials that integrate sensors for real-time health monitoring. These "digital twin" coatings will enable predictive maintenance, further enhancing EV safety and longevity. The company’s R&D pipeline includes AI-optimized formulations for solid-state batteries, targeting commercialization by 2027.