To mitigate the risk of thermal runaway or localized flame jets, Futureway’s TIX-20 flexible fire protection boards and composite fire barriers can be applied to battery compartment floors, partition walls, and module-level isolation zones. The materials withstand temperatures up to 1500°C, providing an effective barrier to prevent flame propagation and secondary damage to surrounding cells and structures, significantly enhancing the passive safety performance of energy storage systems under extreme conditions.

In high-voltage, high-current energy storage systems, Futureway’s fire-resistant silicone rubber insulation materials are used for busbar wrapping, insulation pads, and gaskets.
The materials perform reliably across 50–200°C, offering excellent dielectric strength and dimensional stability. They effectively suppress arcing and short-circuit risks caused by heavy electrical loads, ensuring electrical safety throughout system operation.

Futureway’s thermal insulation solutions for energy storage systems utilize high-efficiency insulation pads and flexible composite boards, suitable for use between cells, modules, and key internal layers of the battery pack. The materials feature low thermal conductivity and stable high-temperature resistance, effectively slowing thermal propagation during cell-level thermal runaway. This provides critical cooling time for adjacent cells, reducing the risk of module-level cascading failure. The solution is ideal for containerized, commercial, and distributed outdoor energy storage systems.

For vulnerable components such as enclosures, battery packs, and terminal interfaces, Futureway offers silicone rubber sealing strips and foam gaskets with excellent resistance to aging, UV, and heat-humidity exposure. These materials maintain long-term elasticity and compression sealing performance, ensuring IP67 or higher protection levels in harsh outdoor environments including high humidity, salt spray, and sand conditions, thus improving system reliability and service life.