Ignition:

The can be activated by an electric current of 6 to 36 V D/C - 0.8 A, or by the Thermo-Cord at 172oC. Electrical activation allows the tripping of the system to be commanded by a fire panel. It also has a third firing alternative, which is self-ignition when its temperature reaches 300oC. Such characteristics make it practically immune to failure.

Activator:

It is a thermoelement that receives the signal (thermal or electrical) and triggers the exothermic reaction of the solid compound SBK. SBK solid compound: The exothermic reaction of SBK solid compound releases the aerosol to deletion fire, in the form of colloidal nanoparticles measuring 10-6 to 10-9 microns.

Mineral cooler:

Its function is to decrease the thermal energy released during the exothermic reaction of the SBK compound, and to aid in the dispersion of the nanoparticles of potassium salts. of spaces on Earth... Description of Operation is a "Green" technology
- GWP = 0 (Global Warming Potential)
- ODP = 0 (Ozone Depletion Potential)
- ALT = 0 (Atmospheric Life Time)
- Toxicity = None
- It has the European environmental label Green Label

FireproAerosol Systems / / Fire Aerosol / Firepro Design
/ Firepro fire fighting systems.

Technical features:

· Extinguishing method: Chemical reaction by total flooding of the
protected environment.
· Activation: SBK solid compound can be activated by:
· ELECTRICAL SIGNAL: 6/12/24/36 V D/C - 0,8 A (minimum).
· THERMAL SYNAL: Thermo-cord at 172oC.
· AUTO-IGNITIONWhen the solid SBK compound reaches 300oC.
· SBK solid compound: based on potassium salts, it is very stable to fluctuations in ambient temperature and humidity. Its formula does not contain pyrotechnic material, such as nitrocellulose, for example.

· Volumetric Coverage: As a reference, each 100g of solid SBK compound are sufficient to protect a volume of 1 m3, in case of class A fire (e.g. plastic, rubber, fabric, paper, wood, etc).
· Discharge time: From 3 to 20 seconds, depending on the model.
· Effectiveness: Inhibits reignition of the fire for up to 120 minutes in pond environments.
· Working temperature: from -55oC to +150oC.
· Lifetime: Up to 15 years old.

How do you extinguish fire?

Traditional fire extinguishing methods act on one or more elements of the Fire Triangle, namely:
- Oxygen: Method of smothering or depletion of oxygen. (e.g. CO2, inert gases, foam, sand).
- Heat Source: Method of cooling or absorbing heat. (e.g. Water, foam, halogenated gases).
- Combustible Material: Method of removing the fuel (e.g. physical barriers, removal of heat source).

New Alternative:

O acts directly on the 4th element that forms the "Tetrahedron of Fire", that is, at the molecular level of the Chain Reaction. The aerosol based on potassium salts reacts with the free radicals of the fire transforming them into stable elements, without depleting the oxygen of the protected environment.