How it Works?
The action of a potassium aerosol fire extinguishing system is characterized by a chemical and a physical component. Switching off occurs through saturation of the environment.
CHEMICAL COMPONENT
It manifests itself through the creation of stable chemical links between potassium radicals and those produced by combustion, which interrupt the chain. Due to the particular chemical composition of the aerosol, it is able to extinguish fires even if not sprayed directly.
PHYSICAL COMPONENT
It derives from the tendency of alkaline salts in aerosol form to stratify in the environment, effectively hindering the interactions between fuel and oxidizer. This allows sufficient inserting of the volume to be protected.
AEROSOL EXTINGUISHING ADVANTAGES
environmentally friendly
suitable for fire classes A - B - C
AEROSOL SYSTEM ADVANTAGES
absence of pressurized cylinders, pipes, and nozzles
No overpressure during discharge
Refined design
INSTALLATION BENEFITS
Simple design and installation
Ease of maintenance
Cost-effectiveness of the system
WHERE CAN AN AEROSOL EXTINGUISHING SYSTEM BE USED?
Aerosol fire extinguishing systems are particularly versatile precisely because of the physical and chemical properties they possess. Small quantities of product can protect large volumes and be effective even where traditional systems fail. For this reason, potassium salt aerosol firefighting is a valid alternative to other extinguishing gases, combining effectiveness against fires with respect for the environment, practicality, and cost-effectiveness. Suitable for extinguishing class A, B and C fires, with a high-performance extinguishing action.
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