Lithium-ion Batteries
Mitigate lithium-ion Battery Fire Flammability, Explosivity,
and Toxicity with Encapsulator Technology
Lithium-ion Fire Suppression
Discover the Fluorine-Free Solution Delivering
Comprehensive Lithium-ion Battery Fire Protection
Lithium-ion batteries are found in various modern electronic devices, such as laptops and mobile phones, as well as hybrid and electric vehicles due to their high energy density and reusability. However, they present unique fire hazards that differ significantly from traditional fire risks. A lithium-ion battery fire typically involves Class A, Class B, and Class C hazards and often occurs due to thermal runaway.
Thermal runaway propagation occurs when a lithium-ion battery cell overheats, causing a chain reaction that ignites adjacent cells. During this process, flammable gases and vapors are released, adding fuel to the fire – potentially creating a catastrophic incident. The NFPA recognizes over 15 years of independent scientific testing of Encapsulator Agents for the suppression of lithium-ion battery fires.
F-500 EA® Firefighting
How F-500 Encapsulator Agent Effectively
Halts Thermal Runaway Propagation
The hazards associated with a lithium-ion battery fire go beyond just flammability. F-500 EA® works to extinguish lithium battery fires on three distinct levels:
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Flammability
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Explosivity
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Toxicity
This comprehensive approach to lithium-ion fire suppression prioritizes the health and safety of first responders and building occupants.
Flammability
An Encapsulator Agent is an efficient lithium-ion battery fire extinguisher. It encapsulates flammable liquid electrolytes and rapidly absorbs thermal energy from high-temperature flames. This successfully stops thermal runaway propagation and prevents further ignition of lithium-ion cells, providing long-term burnback resistance and minimizing the risk of re-ignition.
Explosivity
F-500 EA® effectively reduces the production of explosive off-gases emitted during a lithium-ion battery fire, such as Hydrogen (H2), Methane (CH4), and Ethylene (C2H4). This is especially important when using lithium-ion battery fire suppression systems within enclosed environments like apartments, data centers, aircraft engine compartments, electric car charging stations, energy storage systems, and more.
Toxicity
Encapsulator Agents reduce the concentration of toxic off-gases released during a lithium-ion battery fire, including Hydrogen Fluoride (HF), Carbon Monoxide (CO), and Carbon Dioxide (CO2). This ensures safer conditions for firefighters and emergency responders, highlighting the importance of using appropriate safety measures and personal protective equipment.
Maximize Fire Protection with
F-500 EA® & Diamond Doser®
Improving Safety While Limiting
Damage, Loss, and Downtime
Our Diamond Doser® concentrate pump system, powered by F-500 EA®, offers a unique solution for environments at risk of lithium-ion battery fires. It’s Applus+ approved under ETI 23/32306438, following rigorous certification testing in Spain. It provides enhanced fire suppression capabilities for parking garages, charging stations, energy storage, warehouses, aircraft hangars, and more.
How It Works
Pump F-500 EA® directly into any new or existing sprinkler, deluge, or water mist system. This water-driven proportioner effectively mitigates multi-class fire hazards, reducing potential damage and ensuring rapid response to various fire risks.
The Markets We Serve
Automotive
As the automotive industry rapidly evolves, the need for safe and reliable fire suppression systems becomes critical. Our innovative F-500 Encapsulator Agent is backed by more than fifteen years of testing, making it the leading solution for lithium-ion battery fire protection in electric vehicles and beyond.
Aviation
Encapsulator Technology provides aviation leaders with an innovative fluorine-free solution for multi-class and three-dimensional hazards, offering peace of mind for the general public, employees, and first responders.
Green Energy
Lithium-ion batteries are found in various modern electronic devices, such as laptops and mobile phones, as well as hybrid and electric vehicles due to their high energy density and reusability. However, they present unique fire hazards that differ significantly from traditional fire risks.
Marine
In marine environments, fire suppression systems must be powerful and adaptable, as fires can occur from various hazards like fuel tanks, electrical malfunctions, overheated engines, and even cargo. Ensuring a quick and effective response to these fires is crucial to safeguard lives and prevent damage to ships.
Military
Our primary mission is to deliver military-grade fire suppression systems that exceed NFPA Standards. Our solutions are specifically designed to protect military hangars and critical environments from immediate fire risks posed by hazardous materials and advanced technologies. We provide a first line of defense to protect lives, equipment, and infrastructure.
Mining
In the hazardous conditions of mining operations, a reliable fire suppression system is crucial. These systems mitigate risks that could threaten worker safety, harm the environment, and damage vital equipment.
Power
In the high-risk environment of power plants, an effective fire suppression system is necessary. These systems safeguard against potential damages that can impact personnel, the environment, and critical infrastructure. They play a key role in maintaining operational integrity, supporting business continuity, and ensuring the plant’s stability.
Recycling
Today’s recycling plants face unique challenges that can be attributed to the mass utilization of potentially hazardous materials and a desire to lower our carbon footprint in the process. We’re satisfying a growing need for more adequate fire safety throughout every step of waste management with a recycling fire suppression system that can hinder incident escalation, prevent injuries, reduce downtime, and limit loss.
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