Sustainable Solutions: Lankwitzer Redefines Energy Storage Insulation Material

Lankwitzer’s commitment to sustainability is evident in its bio-based energy storage insulation material, such as the EvoProtect455UV Bio series, which uses 70% renewable raw materials. These coatings eliminate volatile organic compounds (VOCs) and meet EU REACH and Chinese GB 38031 standards, while delivering 15MPa shear strength and 1,000-hour salt 雾 resistance—properties essential for offshore and grid-scale storage applications.

In a 2025 breakthrough, Lankwitzer partnered with BASF to develop a recyclable insulation material for lithium-metal batteries. The solution, recoverable via supercritical CO₂ extraction, achieves a 92% material recycling rate, addressing the industry’s challenge of end-of-life battery management. This innovation supports the EU Battery Passport initiative, ensuring transparency in material sourcing and circular economy compliance.

For renewable energy storage, Lankwitzer’s insulation material extends battery lifespan by 25% through enhanced vibration resistance (10G tolerance) and chemical stability. A recent case study at a wind farm in Denmark showed a 30% reduction in maintenance costs over a 10-year period, thanks to the material’s ability to withstand humidity and temperature fluctuations.