A new standard for
lithium-ion battery fire safety
Combustible gas control — a PFAS-Free suppression solution that tackles the root cause of battery fires
XMOR119 battery fire-safety lineup
Lithium-ion battery fires are
unlike ordinary fires
Thermal runaway propagation
Runaway in one cell cascades to its neighbors, self-generating heat, combustible gas and oxygen.
Cooling & smothering fall short
Suppressing a single EV fire can take around 30 tonnes of water — conventional methods hit their limits.
*Based on Company T's EV fire response manual
Persistent re-ignition
Even after suppression, internal reactions can flare up and reignite the fire.
ISO 3941:2026 defines battery fires as ‘Class L’ — they call for a dedicated suppression solution.
Combustible gas control
that stops lithium-ion battery fires
Combustible gas control
Converts combustible gas to non-combustible to suppress the root cause of the fire.
Rapid cooling & propagation cutoff
Instantly cools below the critical temperature (~400°C) and halts heat transfer to adjacent cells.
Toxic-gas reduction · PFAS-Free
Neutralizes and absorbs toxic gases such as hydrogen fluoride (HF) — with no fluorinated (PFAS) agents.
Battery suppression performance, backed by data
TL-X in the press
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