|Category||INERGEN FIRE SUPPRESSION SYSTEM|
Inergen is a mixture of 52% Nitrogen, 40% Argon and 8% CO2. However, in the event of a fire, when Inergen is discharged, it mixes with the air present in the room to create a mixture that comprises of 67.3% Nitrogen, 12.5% Oxygen, 17% Argon and 3.2% Carbon Dioxide.
This discharge mixture makes Inergen singularly unique. No other inert gas has the unique ability to rapidly extinguish a fire yet at the same time provide a safe environment for any person within the occupied area by actually decreasing cardiac distress and maintaining arterial blood oxygenation and mental performance in low oxygen levels.
Equally important, unlike some chemical gaseous fire suppression agents, Inergen does not, and could never create a reaction with a fire to create extremely harmful toxic or corrosive by-products.
INERGEN is a highly effective fire suppression system for extinguishing fire & preventing re-ignition with no risk to people or damage to equipment if engineered and installed by a qualified fire suppression systems installation company.
INERGEN fire suppression also has no adverse affect on the ozone layer as it is completely made up of naturally occurring gases.
INERGEN fire suppression systems also have a zero global warming potential, & no atmospheric lifetime
INERGEN system is certified as a safe and clean fire suppression system for occupied spaces
Medically evaluated by leading authorities around the world, the blend of INERT gases maintains normal blood-oxygen levels, thereby ensuring heart rate & mental performance remain optimal to ensure a safe escape during or after a fire suppression system discharge.
Unlike many other suppression systems which need to be located close to the protected area, INERGEN can be stored up to further away, & as it is organic in structure it is not subject to time use limiting restrictions.
INERGEN fire suppression is stored & discharged as a gas, when the fire suppression system discharges the INERGEN gas, it is clear, insuring a safe & visually un-obscured exit.