A museum, a hospital, a command centre. These are all very different places, but with one thing in common: you cannot afford to make a mess if a fire breaks out. That’s why clean fire extinguishers have become vital. Designed for high-stakes environments like server rooms, labs, and control centres a clean agent fire extinguisher is used for scenarios where both fire and cleanup need to be handled with care. They put out fires using invisible, residue-free agents that get the job done without soaking or destroying what you’re trying to protect. Want to know how they work and when to use them? Keep reading!
Clean agents are gas-based fire suppressants used in systems that protect sensitive areas like data centres or labs. They work by removing either heat or oxygen, which stops the fire from growing. Clean agent fire extinguisher used for spaces with electronics and are environmentally friendly. Perfect for places where water or foam would cause damage.
When it comes to protecting what matters most, clean agent fire extinguishers offer powerful benefits with minimal hassle. They are:
You might also be thinking about what is in a clean agent fire extinguisher. A clean agent fire extinguisher uses the following :
There are three types of clean fire extinguishers:
Carbon dioxide is often seen as the original clean agent. It works by removing oxygen and cooling the fire. However, it’s hazardous to people at the concentration required, which limits its use to unoccupied areas. All CO2 fire suppression systems must meet the safety requirements of NFPA 12 guidelines.
Halocarbon agents act as an option for halon fire suppressants. The use of halon fire suppressants has been discontinued because they were hazardous to the environment, and that is the reason halocarbon agents came up as an alternative. These agents serve the purpose by acting as an obstacle between the physical and chemical reactions of a fire and stopping it in its tracks. They are made up of compounds like HFCs and fluoroketones, which are safe for the planet. Halons were once very effective, but they were causing immense damage to the ozone layer, and so the Montréal protocol implemented strict global regulations on their use. On the other hand, halocarbon agents are approved by NFPA 2001 and are ideal for the environment.
Inert gases are clean agents that are made up of argon, nitrogen, and helium. They are known to put out fires by reducing the level of oxygen and lowering the temperature to a point where ignition cannot continue. These agents are known to be non-toxic and safe for people, unlike traditional CO2 systems. However, one must note that care is still required in areas where oxygen is low.
The following table depicts the steps for using a clean agent fire extinguisher effectively:
Step | What to Do |
1. Check your distance | Stay at a safe distance from the fire before using the extinguisher. |
2. Pull the safety pin | Hold the extinguisher and remove the pin to unlock the handle. |
3. Break the seal | Snap the tamper seal to allow the lever to be squeezed. |
4. Aim at the base | Point the nozzle or hose at the bottom of the fire, not the flames. |
5. Squeeze the handle | Slowly press the lever to discharge the clean agent. |
6. Sweep and empty fully | Sweep from side to side and use all contents to prevent re-ignition. |
A clean agent fire extinguisher used for protecting sensitive equipment and high-value assets is a smart and safe choice. At L&T-SuFin, we offer a wide range of clean agent extinguishers suited for all types of environments. These extinguishers are easy to use and environmentally friendly, perfect for modern safety needs. Don’t wait for an emergency, be prepared for it in advance by choosing fire extinguishers from our exclusive range.
Fire extinguishers are used to control and put out small fires in emergencies. It is ideal for homes, offices, schools, etc, and helps stop the fire before it spreads and causes damage.
Fire extinguishers are used in homes, factories, public spaces, offices, etc.
Clean agent fire extinguishers are used to protect areas where sensitive electronic data and equipment are present. They leave behind no mess in our safety for people and the planet.
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