Lankwitzer’s water-based EvoProtect455UV Bio series, formulated with 80% renewable raw materials, reduces carbon emissions by 65% compared to solvent-based alternatives. Despite its eco-friendly composition, the coating maintains superior performance: 12MPa shear strength, 10G vibration resistance, and compliance with EU REACH and China’s GB 38031 regulations. This innovation aligns with the EU’s Battery Passport requirements, ensuring transparency in material sourcing and recycling.

In 2025, Lankwitzer partnered with BASF to develop bio-derived UV-curable resins for separator coatings, eliminating VOC emissions and achieving a 92% recycling rate via supercritical CO₂ extraction. Testing at Lankwitzer’s Leipzig facility demonstrated a 40% reduction in electrolyte absorption, enhancing long-term battery stability.

For lightweight designs, Lankwitzer’s custom coatings reduce cell weight by 15% without compromising thermal or electrical performance. These solutions are already deployed in premium EVs, where weight reduction directly improves range and efficiency.