Throw Type Aerosol Fire Protection / Class B Class K Fire Extinguisher

Throw Type Aerosol Fire Extinguisher for Fire Protection For Class ABCEK Fires

Quick detail for you to find fire extinguishers classified by the types of fires you can use them on.

• A: Green: For wood, cloth, and paper.
• B: Red: For combustible and flammable liquids such as oil, gasoline, and paint.
• C: Blue: For electrical equipment and tools.
• D: Orange:: For flammable metals.
• K: Black: For animal or vegetable oils or cooking fats.

How Throw Type Aerosol Fire Extinguisher for Fire Protection? 

A superior product- Throw Type Aerosol Fire Extinguisher developed for extinguishing Class A, B, C,E,K fires faster, safer and more effectively at the beginning.

The only thing the user needs to do is throwing Fireless 100 Throw Type Aerosol Fire Extinguisher into the fire, which is a special steel package with holes all around. When it’s thrown into the fire for seconds,it’s called delay time. It's like you threw a grenade. After seconds, it starts to discharge nano particles and flooding in air. There are both chemical and physical reaction of the aerosol agent.

• Physical control

The metal salt particles in fire extinguishing agent occur hot melting ,gasification, and other physical endothermic processes at high temperature and absorb a lot of heat, and quickly reduce the flame temperature.

• Gaseous chemical inhibition

Under the action of heat, the metal ions that produced by the decomposition of the extinguishing agent or the cations which lost its electrons can react with the active groups in the combustion process and consume a large number of active groups repeatedly, thus reducing the combustion free radicals.

• Solid chemical inhibition

The particles in the fire extinguishing agent are small and numerous. They have large surface area and surface energy which can adsorb the active groups in combustion and produce chemical action. They consume a large number of active groups and reduce

the burning free radicals.

• Oxygen concentration reduction

A large number of inert gases such as N and CO produced by extinguishing agent can reduce the oxygencon centration in combustion and prevent further combustion.

Technical parameters: