About the product
FM-200® systems are internationally accepted as providing reliable and effective fire protection solutions for high value assets, processes and locations, as well as the people who work in these protected areas.
Electrically non-conductive, FM-200 works by removing heat from a fire so that combustion cannot be sustained. When it comes to being safe for use, FM-200 delivers, which is why FM-200 systems are approved by, FM and UL listed; an ideal solution where personnel safety and process continuity are paramount.
The decision to use FM-200 can be based on a number of key factors: it is the most widely used of the chemical replacements for Halon 1301 and it is an agent that has been used to successfully protect tens of thousands of high-technology facilities in 70 countries around the world.
At its design concentration, FM-200 does not sufficiently deplete the oxygen level to a point where it is unsafe for occupants to remain in the room.
FM-200 agent is stored in cylinders as a liquid, super-pressurised with nitrogen so requiring only a very small storage 'footprint'.
The discharged gas flows through a piping network into the protected area, where it is applied to suppress the fire through heat absorption.
Significantly, there
Electrically non-conductive, FM-200 works by removing heat from a fire so that combustion cannot be sustained. When it comes to being safe for use, FM-200 delivers, which is why FM-200 systems are approved by, FM and UL listed; an ideal solution where personnel safety and process continuity are paramount.
The decision to use FM-200 can be based on a number of key factors: it is the most widely used of the chemical replacements for Halon 1301 and it is an agent that has been used to successfully protect tens of thousands of high-technology facilities in 70 countries around the world.
At its design concentration, FM-200 does not sufficiently deplete the oxygen level to a point where it is unsafe for occupants to remain in the room.
FM-200 agent is stored in cylinders as a liquid, super-pressurised with nitrogen so requiring only a very small storage 'footprint'.
The discharged gas flows through a piping network into the protected area, where it is applied to suppress the fire through heat absorption.
Significantly, there
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