AF-X Fireblocker manufactures, distributes
and markets a state-of-the-art & environmentally
friendly fire extinguishing system
AF-X Fireblocker manufactures, distributes
and markets a state-of-the-art & environmentally
friendly fire extinguishing system
Aerosol Generating Fire Extinguisher Once activated, the aerosol fire extinguisher initiate a reaction in which the released aerosol binds the free radicals.
The dry compound used in AF-X Nano Generators is Potassium based (K). The aerosol compound binds quicker with the unstable free radicals O (oxygen) & H (hydrogen) than a fire reaction. Forming stable products such as KOH (making unstable radicals, stable). Due to the presence of CO2, the KOH disintegrates into K2CO3. K2CO3 is a stable white substance that is not corrosive and poses no danger to humans or animals.
This action extinguishes fire without depleting the ambient oxygen content. The solid particles of Potassium based (K) have a particle size of less than two ppm (parts per million) and remain in suspension in the protected room/enclosure for at least 30 minutes, preventing further re-ignition of the fire.
AF-X Fireblocker In Action
An environmentally friendly, socially responsible, automatic fire suppression system that uses aerosol technology to rapidly suppress fire.
Advantages of any AF-X Fireblocker System
Depending on your requirement(s) we offer multiples types or Fireblocker; now this entails the Nano Series. They all offer the advantages of Aerosol technology over traditional Fire-extinguishing systems.
Compliance and Certificates
ISO 15779 | 9001:2015 | 9094:2017
EN 15276
UL 2775
NFPA 2010
BRL-K23001
Global Mark AS5062-2016 | AS4487-2013
Environmentally Friendly
No gas, so pressureless
It doesn’t affects oxygen levels
Zero Ozone Depletion Potential
Zero Global Warming Potential
Negligible Atmospheric Lifetime
It doesn’t use water
Simplicity, Plug & Play, Compact
Financially interesting
15 year life-span
Investment costs are lower
No structural adjustments
It’s easier to maintain than traditional systems