Top 6 Best Fire Prevention and Fighting Systems in Vietnam

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Ngày cập nhật gần nhất: 15/4/2026

Content

1. Automatic Fire Alarm System

2. Sprinkler Fire Fighting System

3. Wall-Mounted Water Hose Fire Fighting System

4. Gas Fire Fighting System

5. Foam Fire Fighting System

1. Automatic Fire Alarm System

Automatic Fire Alarm System: This system comprises a set of devices tasked with detecting and alerting when a fire occurs. Fire signals can be automatically generated by detectors (smoke, heat, flame, etc.) or manually activated by humans (via emergency buttons). The system must operate continuously 24/7 even during power outages.

Devices in the Automatic Fire Alarm System:

Central fire alarm panel: Used to control and monitor the entire fire alarm system. Depending on the usage requirements, a conventional central fire alarm panel or an addressable central fire alarm panel may be used.
Fire detectors: Fire detectors are used to detect fire signals, including flame detectors, smoke detectors, optical fire detectors (usable in hazardous environments), and other types of detectors depending on the characteristics of each area.
Emergency fire alarm button: Used to activate alarms in case of fire incidents or emergencies.
Bells, sirens, fire alarm lights: These devices are used to emit sound (bells, sirens) and light (alarm lights) to alert users of fire incidents.
Secondary display panel: The secondary display panel is used to provide detailed information about the location of fire incidents or other information related to the fire alarm system.
Monitoring modules and control modules: Used in addressable fire alarm systems to monitor and control devices within the system network.

Installation Process of Fire Fighting System:

Wiring: Wires are led to the installation locations of fire detectors, alarm bells, lights, and connected to the central fire alarm panel.
Insulation resistance and circuit testing: Insulation resistance and circuit testing of the installed wiring system are carried out to ensure reliability and safety.
Device installation: Fire detectors, alarm bells, and central panels are installed at predetermined locations in the system.
Testing and commissioning: Conduct comprehensive testing of the entire fire alarm system and commissioning of devices to ensure stable and effective operation.

Automatic Fire Alarm System

2. Sprinkler Fire Fighting System

Sprinkler Fire Fighting System is a fire fighting system that utilizes closed sprinkler heads, which are always in standby mode. These sprinkler heads only activate when the ambient temperature reaches a certain fire-fighting activation value. Therefore, sprinkler fire fighting systems are capable of extinguishing fires at specific points (localized fire fighting) over a certain protected area.

The sprinkler fire fighting system is used to combat fires in facilities with low to moderate fire risk. Its main characteristic is that the pipelines always contain water and are maintained at a calculated pressure (this pressure can be maintained by a booster pump or a compressed air water tank).

Components of the Sprinkler Fire Fighting System:

Sprinkler pipe system consisting of main supply pipes, main cross pipes, and branch pipes.
Sprinkler heads
Fire pump control cabinet
Fire pump
Pipeline pressure maintenance equipment
Main valve test machine cluster

Installation Process of Sprinkler Fire Fighting System:

Step 1: General site survey, measurement followed by designing a complete drawing, detailed and accurate equipment material quantity estimation, after approval proceed to construction.
Step 2: Based on the standard drawing, prepare for measurement marking and cutting to fit the installation of the fire fighting system.
Step 3: Install underground pipes and overhead pipes according to the requirements of the drawing in terms of location and must be fixed, attached to each structure of the building.
Step 4: Connect pipes, install sprinkler heads, and accessories according to technical requirements.
Step 5: Perform cleaning, wiping pipes, valves, and accessories at the installation location.
Step 6: Pressure testing, pipeline leakage.
Step 7: Complete system connection.

Sprinkler Fire Fighting System

3. Wall-Mounted Water Hose Fire Fighting System

Wall-mounted water hose fire fighting system (Fire Hose Reel System) is an automatic fire fighting system commonly installed on walls, stairwells, corridors, elevator shafts, and Fire Pumping Stations connected to the wall-mounted water hose system. When using the wall-mounted water hose fire fighting system, simply open the shut-off valve, and immediately a high-pressure water stream will spray out to extinguish the fire. At that moment, the water pump pressure will decrease, and the water pump system will automatically work to supply fire-fighting water.

Main Equipment in the Wall-Mounted Water Hose Fire Fighting System:

Water tank/reservoir
Fire-fighting water hose (lock valve, nozzle, spray bar)
Fire-fighting equipment storage box
Fire-fighting hose reel
Nozzle
Pump equipment (usually a pump)
Pipeline system and accessories
Fire-fighting corner valve
Spray bar for fire-fighting

Installation Process of the Wall-Mounted Water Hose Fire Fighting System:

Step 1: General site survey, measurement followed by designing a complete drawing, detailed and accurate equipment material quantity estimation, after approval proceed to construction.
Step 2: Based on the standard drawing, prepare for measurement marking and cutting to fit the installation of the fire fighting system.
Step 3: Construct a pipe support system, these supports must meet the requirements of the drawing in terms of location and must be fixed, attached to each structure of the building as well as the wall.
Step 4: Connect pipes and accessories according to technical requirements.
Step 5: Perform cleaning, wiping pipes, valves, and accessories at the installation location.
Step 6: Pressure testing, pipeline leakage.
Step 7: Complete system connection.

Wall-Mounted Water Hose Fire Fighting System

4. Gas Fire Fighting System

Gas fire fighting system is a term used to describe the use of inert gas and chemical agents to extinguish fires. These agents are regulated by the National Fire Protection Association (NFPA) for clean gas fire suppression systems- NFPA 2001 standard.

According to NFPA 2001 standard for clean gas fire suppression systems, the term clean fire-fighting gas means a non-conductive, vaporizing or non-residual gas.

Main Equipment in the Gas Fire Fighting System:

Gas release central unit
Fire detection head (smoke/ heat)
Sirens, gas release warning lights
Emergency alarm button
Manual gas release button
Temporary gas release pause button
Gas release nozzles
Pipeline system
Gas cylinders (CO2/ Nitrogen/ FM200/ NOVEC 1230) and gas discharge accessories/ Aerosol gas discharge machines

Construction Process of the Gas Fire Fighting System:

Step 1: General site survey, measurement followed by designing a complete drawing, detailed and accurate equipment material quantity estimation, after approval proceed to construction.
Step 2: Based on the standard drawing, prepare for measurement marking and cutting to fit the installation of the fire fighting system.
Step 3: Construct a gas cylinder rack system; install underground pipes and overhead pipes according to the drawing requirements in terms of location and must be fixed, attached to each structure of the building.
Step 4: Connect pipes, install gas release nozzles and accessories according to technical requirements.
Step 5: Perform cleaning, wiping pipes, valves, and accessories at the installation location.
Step 6: Pressure testing, pipeline leakage.
Step 7: Complete system connection.

Gas Fire Suppression System

5. Foam Fire Fighting System

The foam fire extinguishing system, once activated, releases a foam that blankets the surface of flammable liquids, separating the liquid from the air and fire, thereby extinguishing the flames. Due to its effectiveness and reduced water usage, foam systems are widely trusted. By minimizing the amount of extinguishing agent needed, they reduce equipment damage, environmental pollution from water discharge, especially in areas with hazardous substances.

Foam systems are particularly applied in high-risk fire situations, carefully selected and equipped with suitable foam concentrate, mixing systems, foam discharge devices, and effective coordination among these components in a fire suppression system.

The main components in Foam fire extinguishing systems include fire alarm buttons, fire detection heads (smoke, heat), central control cabinets, foam discharge heads, compound tanks, foam mixers, and foam delivery pipes.

6. Portable Fire Extinguisher System

In addition to fire alarm and automatic fire suppression systems, buildings must also be equipped with portable fire extinguishers at emergency exits, ensuring conditions to extinguish fires in their early stages, suitable for all fire types, and safe for building and factory assets.

Portable Fire Extinguisher System

Frequently Asked Questions

What are the main components of an Automatic Fire Alarm System?

The main components include a central fire alarm panel, fire detectors, emergency fire alarm buttons, bells, sirens, fire alarm lights, and a secondary display panel to provide detailed information about fire incidents.

How does a Sprinkler Fire Fighting System operate effectively?

The Sprinkler Fire Fighting System operates by utilizing closed sprinkler heads that activate automatically when the ambient temperature reaches a specified level, effectively combating localized fires within a protected area.

What is the installation process for a Wall-Mounted Water Hose Fire Fighting System?

The installation process includes site surveying, marking, installing pipes and supports, connecting accessories, cleaning components, conducting pressure tests, and ensuring complete system connection for optimal functionality.

How does a Gas Fire Fighting System extinguish fires using inert gas?

The Gas Fire Fighting System uses inert gases and chemical agents, which are released through a controlled system. This process effectively suppresses fire without leaving residues, ensuring a clean extinguishing method.

What advantages does a Foam Fire Fighting System offer over traditional methods?

The Foam Fire Fighting System effectively blankets flammable liquids, reducing water usage and minimizing environmental impact while efficiently extinguishing flames, making it ideal for high-risk fire situations.

What role do portable fire extinguishers play in fire safety measures?

Portable fire extinguishers are essential for early-stage fire control. They ensure quick response and are suitable for all fire types, thus protecting building assets and enhancing overall safety.

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