The 90L 15MPa Red Pipe Network Type IG100 Nitrogen Fire Suppression System is an inert gas fire suppression solution that uses nitrogen to extinguish fires safely in occupied spaces. It is engineered for reliable performance in environments where water-based or chemical suppression could cause damage to sensitive equipment and materials.

The IG100 nitrogen fire suppression system is a form of fire suppression that employs nitrogen gas to extinguish fires. As an inert gas that prevents combustion, nitrogen is suitable for use in populated spaces. Normal operation proceeds as follows:

• Detection: An alarm is triggered and the IG100 system is activated when a fire is detected, either manually or automatically via smoke or heat detectors.
• Nitrogen Release: Nitrogen gas stored in high-pressure cylinders or tanks is released into the protected area through a system of pipes and distribution nozzles.
• Oxygen Displacement: As nitrogen is released, it rapidly fills the enclosed space and dilutes the oxygen. Oxygen levels are reduced to a point where sustained combustion is impossible, effectively extinguishing the fire.
• Fire Extinguishment: By lowering the oxygen content that the fire needs to burn, the IG100 system causes the fire to self-extinguish.
• Limited Residue: Nitrogen discharges with no residue, minimizing cleanup and restoration work after a fire event. This is especially advantageous in delicate settings such as data centers or museums, where water or chemical residue could cause further harm.

The IG100 system is commonly used in areas where water-based fire suppression systems may cause significant damage, including electrical equipment rooms, data centers, archives, museums, and other facilities housing valuable equipment or sensitive materials.

The IG100 system should be designed, installed, and maintained by qualified professionals in accordance with applicable regulations and standards. System design should account for room volume, fire load, and ventilation to ensure proper fire suppression effectiveness. Regular inspections and maintenance are necessary to keep the system in optimal working condition and to address any potential issues.

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 install fire suppression systems to detect and extinguish fires in their early stages, preventing spread and significant damage to equipment and property.
• Data Centers: Data centers are particularly vulnerable to fire-related disasters because they house critical IT infrastructure. Clean-agent fire suppression systems are frequently used to prevent damage to delicate electronic equipment.
• Industrial Facilities: Chemical plants, refineries, and manufacturing facilities that work with flammable hazardous materials rely on specialized extinguishing agents designed for their specific environments to extinguish fires involving combustible liquids and gases.
• Marine Applications: Ships and boats frequently install fire suppression systems to prevent fires that may start from electrical problems, engine problems, or other hazards. Enclosed areas such as engine rooms use specialized, safe chemicals.
• Residential Homes: Homeowners increasingly use residential fire suppression systems to protect their families and property, with systems designed to detect and extinguish fires as soon as they start.

Fire suppression systems are crucial for preventing the disastrous impacts of fires on people and property. To ensure they 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 such as routine fire drills, smoke detectors, and fire extinguishers.

• Compared with the standard 15MPa system, the number of fire extinguishing agent cylinders can be reduced by 25% to 50%.
• The between-cylinder space in the building is effectively reduced, increasing occupancy and utilization rates.
• A constant 6MPa low-pressure release lowers the cost of pipelines and pipe fittings.
• 6MPa continuous release pressure provides longer-lasting, more effective pressure and can be transmitted across distances of up to 200 meters.
• With full-system release under low pressure, the impact on site personnel, machinery, and building structures is reduced, improving safety.
• The external constant-pressure reliever only bears pressure while the system is spraying, making disassembly and maintenance convenient and effectively reducing the system failure rate.
• After spraying, no parts need to be replaced; simple disassembly and secondary filling allow the system to be quickly returned to operation.
• The opening area of the pressure-relief device is reduced, directly lowering input costs, and the safety buckle is installed and arranged more simply.
• The IG-100 nitrogen fire extinguishing system can be widely used for rapid response to fire, protecting on-site staff, responding to sudden fires, and safeguarding important places sensitive to chemical reactions.
• As a fire extinguishing agent, nitrogen is not a mixed product. It can be extracted directly from the air and has low maintenance and filling costs. There are no chemical reagent residues, making it safe and reliable. Filling an inert gas requires no secondary pressurization, so filling is simple and fast, shortening the production and processing cycle.

Each unit is first packed with polyfoam and then placed into a wooden case. When required to meet client preferences or safety requirements, goods may also be arranged on a pallet.

• An efficient sales and after-sales team is available to resolve all client questions promptly.
• Technical support and service are provided 8×6 hours.