F-500 EA® Fire Extinguisher
F-500 EA® Fire Extinguisher delivers encapsulator-based suppression designed to control lithium-ion battery fires and flammable liquid hazards with minimal equipment damage.
Key Features:
✔️ Encapsulator agent suppresses lithium-ion battery thermal runaway events
✔️ Certified for batteries up to 600Wh under NEN NTA 8133 testing
✔️ Stainless steel extinguisher body with misting or straight bore nozzle options
✔️ Fine mist dispersion maximizes fuel encapsulation and cooling
✔️ Neutral pH (~7) formulation safe for electronics and sensitive equipment
✔️ Fluorine-free agent confirmed PFAS-free under EPA Modified 537 testing
✔️ Biodegradable agent classified as non-hazardous under RCRA CFR261
✔️ Suppresses Class A, B, C, and lithium-ion battery fires
✔️ Effective for consumer electronics, EV batteries, and flammable liquid spills
F-500 EA® Fire Extinguisher
The F-500 EA® Fire Extinguisher delivers encapsulator agent through stainless steel construction with misting nozzle or straight bore discharge options. NEN NTA 8133 certification validates thermal runaway suppression capability on lithium-ion batteries up to 600Wh capacity found in consumer electronics. The misting nozzle configuration provides optimal control during smartphone, laptop, drone, and e-bike battery fires through fine droplet dispersion that maximizes fuel encapsulation surface area. Single-charge deployment neutralizes half-gallon flammable liquid spills within minutes by forming spherical micelles around polar and non-polar fuels.
The encapsulator agent operates at approximately pH 7, preventing corrosion damage to sensitive electronics and equipment during discharge. EPA Modified 537 testing confirms fluorine-free formulation without PFAS compounds that contaminate groundwater and persist in biological systems. International biodegradability recognition allows disposal as non-hazardous waste under RCRA CFR261 standards. The agent simultaneously addresses all four fire tetrahedron elements—heat absorption, fuel encapsulation, oxygen displacement, and chemical chain reaction interruption—versus single-element suppression from dry chemical extinguishers.
Aircraft cabin crews deploy F-500 EA® Fire Extinguishers during passenger device thermal events where confined space ventilation limits CO2 discharge options. Data center technicians position units near lithium-ion UPS battery racks addressing incipient fires before thermal runaway propagates to adjacent cells. Manufacturing facilities place extinguishers at e-bike and power tool assembly stations where quality control testing occasionally initiates battery failures. Warehouse operations stock units in charging areas for electric pallet jack and material handling equipment battery maintenance locations where lithium-ion fire risks concentrate.
Tactical Supply Pakistan supplies portable fire extinguishers addressing lithium-ion battery hazards in commercial and industrial facilities. The company provides training on proper discharge techniques for lithium-ion battery fires and guidance on strategic placement locations based on occupancy classifications.
How does encapsulator technology prevent re-ignition better than dry chemical extinguishers?
Encapsulation forms molecular barriers around flammable electrolyte preventing vapor release, while dry chemical agents only temporarily interrupt combustion without addressing continuous fuel vapor generation from damaged lithium-ion cells.
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