- Home
- ยป
- Products & Services
- »
- Fire extinguishing System
Fire extinguishing System
How Aerosol Suppression Agents Work :
Aerosol fire suppression uses a combination of microparticles and gaseous matter to flood the protected area. The particles are in a vapor state until discharged from the device. On release, a chain reaction produces solid particles and gaseous matter to suppress the fire.
To suppress a fire, the suppression agent must break the fire tetrahedron. That means that suppression chemicals must reduce the fuel, remove oxygen, remove heat, or hinder a chain reaction. As long as there is enough heat, fuel, and oxygen present, a fire will keep burning. Aerosol fire suppression systems work by removing heat:
- Aerosol systems release large microparticles that surround the flame
- On contact, the particles cool the flame and absorb heat to suppress the fire
Aerosol fire suppression systems can also work by disrupting a chain reaction:
- Aerosol particles containing potassium nitrate can act as oxidizers
- These particles bind with the free radicals that sustain the fire’s combustion to produce by-product molecules, such as potassium hydroxide and water.
- This disrupts the combustion process until the fire is out.
Aerosol fire suppression systems do not typically damage equipment. However, large aerosol particles can leave residue on sensitive components. Try to install aerosol fire suppression systems away from any sensitive electronics. This is not always possible when installing in tight areas like the nacelle of a wind turbine.
Aerosol fire suppression systems should not be used in occupied spaces, because aerosols can be dangerous if inhaled. Similarly, aerosols create visual impairment, which can complicate evacuation. There have been two tragic incidents from false discharges of aerosol systems in a bank vault, which killed eight and injured seven, and on a fishing vessel, which led to one death.
If an aerosol system discharges in an unoccupied space like a CNC machine, wait to vent the system before assessing any damage.
Clean agents are a safer alternative to aerosols for occupied spaces. Clean agents are safe for people, and they do not leave residue on equipment.
AEROSOL EXTINGUISHING SYSTEMS
Product Brochure
Type | Other |
Capacity | As per requirement |
Usage/Application | Industrial |
Valve Type | Aerosol generators |
Fire Extinguisher Type | INERT GAS |
Brand | REPUTED |
Material | Aerosol generators |
Automation Grade | AUtomatic |
Packaging Type | Box |
DSPA Aerosol System design is volumetric in nature. Each installation is unique. Our highly trained engineers will design a complete system for you which will include a combination of sensors, DSPA aerosol generators and other components. Smaller aerosol generators will be applied to minute and narrow compartments while larger generators are applied in more extensive structures.
The quantity of DSPA Aerosol generators to be installed will be in compliance to the design quantity of our extinguishing agent: aerosol. Aerosol as an extinguishing agent is many times more effective then gaseous or other conventional extinguishing agents. Only a very small amount is needed to extinguish any kind of fire.
The combined Fire Detection/ Extinguishing Control Panel BC06-2EXT/INT11 is designed for the monitoring and control of aerosol extinguishing systems according to EN15276-2.
Our basic panel can activate up to 4 DSPA Aerosol generators. This proprietary system is totally scalable and upgradable. When activated, this single upgraded system panel is now able to simultaneously actuate even the largest quantity of DSPA aerosol generators.
Features:
- Expandable system for small or big applications
- 4 detector zones in conventional technology
- Clear status indication and easy operation on the panel front
- EN54, EN12094-1, VdS certified, EN15276-2 compliant
Gaseous Fire Protection System - Electrical
Product Brochure
Usage/Application | Electrical Panel |
Material | Mild Steel |
Brand | Fire Squad |
Color | Red |
Automation Grade | Manual |
Flow Test | 13 Kg/ms |
Test Pressure | 22.5 bar |
Working Pressure | 12 Bar |
Hydraulic Test | 21 Kg/cm |
Features:
- Advanced technology used
- High strength
- Top quality
Our valued customers can avail from us, top quality Single Leading Valve. Qualified professionals at our vendors' base, make use of supreme grade components and steel to manufacture these valves. Owing to its sturdy construction and high performance, these landing valves are highly appreciated by our customers.
Direct Low Pressure Valve
Product Brochure
Usage/Application | Electrical Panel |
Application | Direct Suppression Tube System |
Type | Fire Extinguisher |
Size | 1/6 inch |
Material | Brass, Nickle, Stainless Steel |
Environment Temp | 65 Deg C |
Operating Temperature Limit | 90 Degree C |
Brand | Fire Engineering Technology |
Working Pressure | 25 Bar |
Density | 0.68 kg/ Cubic m |
Discharge Time | 10 sec |
Purity | 100 % |
Filling Density | 85 % |
Automation Grade | Automatic |
4 Way Inlet Breeching
Product Brochure
Material | Mild Steel |
Application | Water Spray |
Type | Indoor & Outdoor |
Working Pressure | 15 Bar |
Flow Rate | 67 Kg/Sec |
Size | 63 mm |
Color | Red |
Brand | Fire Engineering Technology |
Surface Treatment | Coated |
Weight | 3 kg |
Features:
- Easy to use
- Low maintenance
- Longer life
Inlet Breeching Valve
Product Brochure
Material | Stainless Steel/ Brass |
Valve Type | Inlet Breeching Valve |
Usage/Application | Fire Safety |
Brand | Kidnap Fire/ Classic Agnee |
Working Pressure | 12 Bar |
Automation Grade | Automatic |
Surface Treatment | Coated |
Packaging Type | Box |
fire hydrant system
Inlet Breeching Valve
Inlet Breeching Valve for hydrant systems
Inlet Breeching Valve
Gun Metal Landing Valve
Product Brochure
Material | Gun Metal |
Brand | Fire Engineering Technology |
Size | 63 mm |
Usage/Application | Industrial |
Hydraulic Test | 21 kgf/cm2 |
Packaging Type | Box |
Automation Grade | Manual |
Gun Metal Landing Valve
Gun Metal Landing Valve
Gun Metal Landing Valve
Gun Metal Landing Valve
Gun Metal Landing Valve