Co2 Fire Fighting Systems

Features

• Carbon dioxide is a colorless, odorless, non-conductive and non-corrosive or degradable agent.It is naturally available in the atmosphere at about 0.03% by volume.Fire extinguishing devices that work with total immersion of fires, whether surface or deep, by firing gas on the closed areas.The domestic use system is used in non-closed areas (two or three-dimensional risks). Flammable liquids storage areas.Spray Booth.Electrical Zones.Electrical Zones.Engine room.Machine parts.CO2 extinguishing system.Carbon dioxide CO2 is considered a non-flammable gas, ie it is non-flammable. This means that it is highly efficient in controlling fires. The fire fighting system is characterized by its use of carbon dioxide to control the fire without causing any damage to the assets during The process of controlling the fire, as it does not need to clean the place after the fire can be extinguished.As this system works by producing an amount of carbon dioxide gas that contributes to reducing the level of oxygen (the element that causes continued ignition), and thus success in extinguishing the fire and controlling it effectively, and there are different sizes of fire extinguishers that work with the carbon dioxide system CO2, manufacturers are often consulted in this field, to find out the sizes of fire extinguishers that are suitable for you to protect your private property.What types of fires are preferred to fight through the use of a CO2 fire fighting system? It is preferable to use a CO2 fire fighting system to combat large fires caused by flammable materials, as it is a suitable system for dealing with Class A, B, and C fires, for example, fires from fluid stores, fires caused by electricity, and warehouse fires Containing engines.What are the advantages of the CO2 fire fighting system? A highly effective system.It can be used to combat a variety of risks.There are no cleaning costs after completing the fire control process. Minor damage to private property during fire control operations.