Next-generation battery
fire control that tames flammable gas
We control the root cause of fire, not just cooling or smothering. A four-stage fire-control technology in which distinct suppression mechanisms work in combination across temperature ranges.
Four innovations proven by TL-X
High-Efficiency Cooling
High-efficiency cooling controls explosive flames, while continuous penetrating cooling blocks heat transfer to adjacent cells.
Root-Cause Suppression
Converts flammable gas into a non-flammable environment to control the root cause of the fire.
Toxic-Gas Reduction
Lowers the concentration of hazardous gases such as hydrogen fluoride (HF) — and contains no detectable regulated substances.
Re-Ignition Prevention
Continuous cooling and root-cause suppression effectively control secondary ignition.
Five stages, from thermal runaway to full suppression
Thermal Runaway
Excessive current from overcharging, external impact, or separator defects
Off-Gas Release
Flammable gases vent as the electrolyte breaks down
Ignition
Cell ignites, then fire spreads to adjacent cells and modules
Agent Discharge
Converts flammable gas to a non-flammable environment; continuous penetrating cooling controls thermal-runaway propagation
Suppression Complete
Keeps temperatures around the cell low to prevent re-ignition
Battery fire-safety solutions
for your field
See the fire risk, application approach, and supporting evidence for each field at a glance. Select a field below to jump to the details.
ESS · BESS
With high-capacity cells packed tightly together, ESS carries the greatest risk of a single cell's thermal runaway cascading across an entire rack into a major fire.
A fixed in-rack suppression agent contains early thermal runaway, while in-pack suppression pads achieve early suppression of thermal runaway.
EV · Electric Vehicles
EV fires in underground parking and charging stations are hard to fight — roughly 30 tons of water can be needed per vehicle — and pose a high risk to life in enclosed spaces.
Spray systems and standby extinguishers at charging stations and underground parking speed up initial response, while toxic-gas reduction secures safety in enclosed spaces.
UPS · Data Centers
Battery fires in server and UPS rooms lead directly to loss of backup power and critical assets, making rapid suppression in tight spaces essential.
Suppression pads built into UPS packs prevent ignition before it starts and avert total module loss, protecting critical assets.
Industrial · Public Facilities
As battery use grows across logistics warehouses, public agencies, and multi-use facilities, these sites need standardized fire-safety solutions.
Extinguishers and agents are supplied to public-sector and industrial sites and adapted to a wide range of site scales.
Everyday Environments
Small-battery fire risk is rising even in everyday spaces — hotels and public venues where power banks and personal mobility devices are common, home chargers, and auto repair shops.
Standby extinguishers and compact suppression pads strengthen first response in everyday spaces, while toxic-gas reduction secures safety in indoor and enclosed areas.
Recycling · Logistics
Recovering, storing, and transporting used batteries carries a constant risk of damage and thermal runaway, calling for fire-safety measures at the storage-bin and shipping-package level.
Suppression pads applied to used-battery storage bins and shipping packaging contain off-gas, while fixed agents in storage areas block spread.
Need detailed solution support?
Review accredited test reports, or ask about a solution tailored to your site.