Pipe Network Type Inert Gas Fire Suppression System with 100% Pressurized

The IG100 nitrogen fire suppression system, also known as an inert gas system, is a fire protection solution that utilizes nitrogen gas to suppress fires in enclosed spaces. Available in 80L and 90L pipe network configurations, the system delivers rapid, clean, and reliable fire suppression for critical facilities.

• Inert Gas Composition: The IG100 system uses nitrogen gas as the primary extinguishing agent. Nitrogen is an inert gas that occurs naturally in the atmosphere, making it non-toxic, non-corrosive, and environmentally friendly. It does not deplete the ozone layer or contribute to global warming.
• Fire Suppression Mechanism: The system reduces the oxygen concentration in the protected space to a level where combustion is no longer sustainable. Nitrogen gas is discharged into the area, displacing oxygen and creating an oxygen-deficient atmosphere that suffocates the fire.
• System Activation: When a fire is detected, the system is activated either manually or automatically. Activation can be initiated through heat or smoke detectors, flame detectors, or a manual release station. Once activated, the system releases nitrogen gas into the protected area.
• Rapid Fire Suppression: The IG100 system acts quickly to suppress fires and limit their spread. The rapid discharge of nitrogen gas reduces the oxygen concentration in the space, effectively extinguishing flames and preventing re-ignition.
• Applications: Commonly used in data centers, server rooms, control rooms, archives, museums, and other critical facilities. It is particularly suitable for areas where water or other traditional extinguishing agents may damage sensitive equipment or valuable assets.
• System Components: The system typically includes nitrogen storage cylinders, a high-pressure piping network, pressure relief devices, discharge nozzles, and a control panel. It is designed and installed based on specific fire protection requirements and in compliance with applicable codes and standards.
• Safety Considerations: While nitrogen gas is generally safe for humans, the oxygen-deficient atmosphere created by the system can be hazardous. Proper safety measures, including warning signs and ventilation requirements, should be implemented to ensure personnel safety in the event of system activation.
• Maintenance and Inspections: Regular maintenance and inspections are essential to ensure proper functioning. This includes checking the integrity of the piping network, verifying pressure levels, and conducting functional tests of the control panel and detection devices. Maintenance should be carried out by qualified technicians following manufacturer guidelines.

Consult with fire protection experts and adhere to local regulations and guidelines when designing, installing, and maintaining an IG100 nitrogen fire suppression system. Proper system design and professional installation are crucial to ensure effectiveness in suppressing fires and protecting lives and property.

Fire suppression systems are designed to detect, contain, and extinguish fires in buildings, vehicles, and other enclosed spaces. Common applications include:

• Commercial Buildings: Offices, retail establishments, and warehouses frequently have fire suppression systems installed. These systems are designed to spot and extinguish fires in their early stages, preventing them from spreading and inflicting significant harm on equipment and property.
• Data Centers: Data centers are particularly vulnerable to fire-related disasters because they store vital IT infrastructure. To prevent damage to delicate electronic equipment, fire suppression systems with clean agents such as FM-200 or Novec 1230 are frequently used.
• Industrial Facilities: Industries that work with flammable hazardous materials include chemical plants, refineries, and manufacturing facilities. Specialized extinguishing agents are used by fire suppression systems designed for specific environments to extinguish flames involving combustible liquids and gases.
• Marine Applications: Ships and boats frequently have fire suppression systems fitted to prevent fires that might start as a result of electrical problems, engine problems, or other hazards. In enclosed areas such as engine rooms, these systems use specialized chemicals that are safe to utilize.
• Residential Homes: Residential fire suppression systems are becoming increasingly popular for homeowners who want to protect their families and property from fires. These systems are typically designed to detect and suppress fires in their early stages, preventing extensive damage.

Fire suppression systems are crucial for preventing the disastrous impacts of fires on people and property. To ensure they will work in an emergency, they should be installed and maintained by trained experts. For the highest level of safety, fire suppression systems should be used in conjunction with fire prevention strategies including routine fire drills, smoke detectors, and fire extinguishers.

• The number of fire extinguishing agent cylinders may be reduced by 25% to 50% compared to the typical 15 MPa system.
• Building occupancy and usage rates are increased, and the between-cylinder space has been effectively reduced.
• Pipelines and pipe fittings are more cost-effective with a continuous 6 MPa low-pressure release.
• A distance of 200 meters may be covered by the transfer of 6 MPa continuous release pressure, which is more durable and efficient.
• The impact on workers at construction sites, machinery, and building structures is reduced, and safety is increased with the release of the complete system under low pressure.
• The external constant-pressure reliever only bears pressure when the system is spraying, which is convenient for disassembly and maintenance and effectively reduces the failure rate of the system.
• After spraying, the system does not need to replace any parts; simple disassembly and secondary filling allow the system to be quickly put back into operation.
• The opening area of the pressure-relief device is reduced, directly lowering the input cost of the pressure-relief device, and the safety buckle is installed and arranged more simply.
• The nitrogen fire extinguishing system (IG-100) can be widely used to make rapid response to fire, protect on-site staff, address sudden fires, protect important places sensitive to chemical reactions, and effectively protect the safety of personnel and property.
• As a fire extinguishing agent, nitrogen is not a mixed product. It can be directly extracted from the air and has low maintenance and filling costs. Additionally, there are no chemical reagent residues that may exist in mixed gas, making it safe and reliable. Because it fills an inert gas without the need for secondary pressurization, filling is simple and fast, which can shorten the production and processing cycle of the product.

Each unit is first packed with polyfoam and then placed into a wooden case. When required, we can create a pallet for the goods to satisfy client requests or meet safety requirements.

• An efficient sales and after-sales team is available to resolve all client questions in a timely manner.
• 8×6 hours of technical support and service are provided.