Protection of Battery Systems
Battery systems consist of various components, each with its own specific requirements for corrosion and surface protection. Moisture, temperature fluctuations, and mechanical stress place high demands on the protective systems used.
- Application
- Battery and fuel cell modules
- Exposure
- Moisture, stone chipping + corrosion
- System
- Label-free protective systems
- Curing
- Depending on the subsystem
Technical challenge
Corrosion, condensation, and external mechanical stresses can impair the performance and service life of battery systems. At the same time, protective systems must be reliable and compatible with the materials used.
Solution Concept
Damaged and corroded underbody
Tailored protection systems are used for various components within battery systems. These provide long-term protection for surfaces, connections, and cavities against corrosive influences.
- PFINDER Corrosion Protection Coatings for Surface Applications
- PFINDER Corrosion Protection for Joints and Seals
- PFINDER Cavity Protection
- PFINDER Stone Chip Protection Coating
Results & Benefits
Technical Value-Added
- Protection against corrosion and moisture
- High material compatibility
- Long-lasting protective effect for various components
Process advantages
- Good processability on various components
- Reliable integration into existing manufacturing processes
- Flexible application options
Economic Effects
Applications & Areas of Use
Battery modules, housing components, and structural elements in battery systems.