PRI-SAFETY ColdFire Stainless Steel Fire Extinguisher For Lithium Battery Fires

Cold Fire is an environmentally friendly fire extinguishing agent, leading the way in firefighting technology, and revolutionizing the way first responders combat fires. Cold Fire gets its name from its extraordinary ability to remove extreme heat. Cold Fire works to remove heat and the hydrocarbon fuel source from the fire tetrahedron. The suppressants in Cold Fire use water as a catalyst to penetrate and extinguish the fire more rapidly, using less water and thereby reducing water damage and water supply needs.

1. Fluoride - free
Our fire extinguishing agent is fluoride - free. By eliminating fluoride, we not only contribute to a more sustainable environment but also ensure that there are no harmful residues left behind after extinguishing a fire. This makes it an ideal choice for areas where environmental protection and human safety are of utmost importance.

2. For all types of fires
Our fire extinguishing agents can be used on many types of fires. Class A Class B Class C Class D Class K Class L fires can be used, and lithium battery fire is different from ordinary fire, its combustion process has a unique chemical reaction and high energy release.

3. Non - Toxic and Environmentally Friendly
Our fire extinguishing agent is non - toxic, which means that in the event of a fire, not only does it extinguish the blaze efficiently, but it also does not release harmful substances into the air. Moreover, being environmentally friendly, it does not cause long - term damage to the ecosystem.

4. Prevents Re - ignition and Removes Heat
Our fire extinguishing agent can prevent re - ignition. The fires can be particularly stubborn, often reigniting due to the residual heat and unreacted chemicals within the battery. Our fire agent forms a heat - resistant layer that effectively dissipates heat, preventing the temperature from rising to a level that could cause re - ignition.

5. Reduces Hydrocarbon Smoke
Our fire extinguishing agent can reduce the generation of hydrocarbon smoke. It chemically reacts with the burning components to minimize the production of smoke - forming compounds. As a result, visibility is maintained during and after the fire - fighting process, facilitating rescue operations and minimizing the potential for smoke - related health issues.