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Bromotrifluoromethane, also known as Halon 1301, is a halogenated organic compound used for gaseous fire suppression. It was widely used in various industries and applications, but was banned in many countries due to its ozone depletion and global warming potential.
Learn about the history, safety, availability, and recycling of Halon 1301 fire suppression systems. Find out why Halon is still used and how to maintain it in compliance with environmental regulations.
Learn about the EPA's regulations and management of halons, including halon 1301, a fire suppression agent that can deplete the ozone layer. Find out how to handle, dispose, import, and export halons and halon-containing equipment.
Learn about Halon 1301, a gaseous fire extinguishing agent used in fixed installations on aircraft, and its advantages and drawbacks. Find out why Halon 1301 is banned for new systems and what alternatives are available.
This guide explains the EU rules and regulations for the use and replacement of halons in aircraft, which are ozone-depleting substances that protect against fire. It covers the critical uses of halons, the deadlines for phasing them out, and the alternatives and derogations available.
Halon 1301 was a popular fire suppressant for high-value assets, but it was banned in 1994 due to ozone depletion. Learn about the different types of halon replacements, such as inert gases and clean agents, and their pros and cons.
Halon 1301. The chemical name is bromotrifluoromethane. Halon 1301 has Class A, B, and C capability in total flooding systems; 1. however, Halon 1301 has limited Class A capability when used in portable fire extinguishers. The useable range of a Halon 1301 extinguisher is slightly less than that of a Halon 1211 extinguisher. 1
Bromotrifluoromethane (CF 3 Br, or halon 1301) is a close cousin to halon 1211, but has a much lower boiling point and toxic level--properties that have made halon 1301 the firefighting chemical...
Halon 1301 (Bromotrifluoromethane) is the most effective fire extinguishing agent, but because of its high ozone depleting potential, the production of Halon 1301 was banned in 1994 as part of the Montreal Protocol.
Halons have proven to be extremely effective fire suppressants that are clean (leave no residue) and, in the case of Halon 1301, can be used safely to protect occupied spaces. Below is a list of the different types of halons and applications where they might have been used.