F500 EA® Micelle Mist
500 EA® Micelle Mist integrates encapsulator chemistry with controlled water mist to suppress lithium-ion battery fires and stop thermal runaway spread.
Key Features:
✔️ Encapsulator micelle agent absorbs heat up to 10× faster than plain water
✔️ Engineered for lithium-ion battery thermal runaway suppression
✔️ Low-pressure (300–350 µm) and high-pressure (100–150 µm) mist variants
✔️ Available in continuous-flow or stand-alone system configurations
✔️ Micelle encapsulation neutralizes flammable electrolyte vapors
✔️ Suppresses Class A–D fires including energized electrical equipment
✔️ Fine mist droplets maximize cooling while minimizing water damage
✔️ Salt-water compatible for marine installations
✔️ Smart-LX monitoring integration for early thermal runaway alerts
F500 EA® Micelle Mist
The F500 EA® Micelle Mist integrates encapsulator chemistry with water mist technology for lithium-ion battery fire suppression. Available in four configurations—low-pressure (300-350 micron) and high-pressure (100-150 micron) variants offered as continuous-flow or stand-alone systems—each design addresses specific facility requirements. The encapsulator agent absorbs thermal energy ten times faster than plain water mist, halting thermal runaway propagation between adjacent battery cells. Micelle encapsulation surrounds flammable electrolyte molecules, preventing vapor-phase combustion and explosive off-gas accumulation.
The system suppresses Class A through D fires plus energized electrical equipment fires in occupied spaces without evacuating personnel. Droplet size control optimizes surface area contact with burning materials while minimizing water damage to sensitive electronics. Salt-water compatibility enables marine vessel installations on Ro-Ro ships transporting electric vehicles. Integration with Smart-LX monitoring provides automated temperature rise alerts before thermal runaway initiates, enabling preemptive discharge that prevents fire spread.
Battery energy storage system operators deploy the F-500 EA® Micelle Mist in utility-scale solar farms where rural fire department response times exceed lithium-ion battery thermal runaway propagation rates. Parking garage operators protect underground structures housing electric vehicle charging stations, confining incidents before smoke migration affects building occupants. Data center facilities replace clean agent systems with micelle mist suppression that protects lithium-ion UPS batteries without oxygen displacement risks. Maritime operators install systems in cargo holds transporting containerized battery shipments where traditional suppression proves inadequate.
Tactical Supply Pakistan distributes fire suppression systems addressing lithium-ion battery hazards across industrial and commercial applications. The company provides hazard assessment services and system design consultation for battery energy storage installations.
How does F-500 EA® Micelle Mist prevent vapor explosion hazards that water mist alone cannot address?
The encapsulator chemistry actively binds hydrogen fluoride and other explosive gases released during thermal runaway, preventing atmospheric concentration buildup that creates explosive environments, while water mist only provides cooling without chemical vapor suppression capability.
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