These solutions are crucial for protecting batteries should thermal runaway occur, but also for controlling heat generation, and enhancing battery efficiency.
Where battery safety is crucial, cell dividers serve as a protective barrier between individual battery cells, ensuring that if one cell overheats or fails, the resulting thermal runaway is contained and doesn't spread to the others, enhancing the safety of the entire system.
Our ContraFlame® FCP Series cell dividers are made from materials with excellent thermal resistance, electrical insulation, and mechanical robustness. They manage the internal temperature of battery packs, ensuring consistent performance even under the most demanding conditions. This technology is especially vital in electric vehicles, aerospace, and energy storage solutions, where battery safety is paramount.
Both the ContraFlame® FCP1 and FCP2 Series, for example, are designed specifically for applications where extreme thermal and fire protection is critical. This series of products incorporates advanced materials to offer fire protection, thermal insulation, and durability.
Indeed, our ContraFlame® FCP1 Series cell divider range stands out due to its versatility. Not only does it safeguard against extreme heat, but it comes in different thicknesses, can be cut into shape easily, and is compatible with various types of adhesives and chemistries.
The combination of these features makes AIS' technology a game-changer for industries where safety and performance are non-negotiable. By integrating this level of protection into battery systems, our FCP Series demonstrates our commitment to innovation, improving the safety and efficiency of critical infrastructure.
For more on how AIS is pushing the boundaries in cell divider technology for battery packs, visit our product page: ContraFlame® FCP1 Series.