Pyrex Extinguishers with Gas Agent
Pyrex Extinguishers with Gas Agent
Modern defense platforms and high-risk operational environments demand fire protection solutions capable of responding instantly to extreme heat, pressure, and explosive conditions. In scenarios where conventional fire extinguishing methods fall short, advanced gas-based fire suppression systems play a critical role in safeguarding personnel, mission-critical equipment, and vehicle integrity. Pyrex fire suppression systems are specifically developed to address these challenges, delivering rapid, clean, and reliable fire suppression performance even under the most severe combat and industrial conditions.
Advanced Fire Protection for Armored Vehicles and High-Risk Environments
Pyrex fire suppression systems with gas agents are engineered to operate under extreme conditions, particularly those generated by RPG and ATGM attacks on armored vehicles. These systems are designed to suppress fires caused by intense heat and pressure, ensuring maximum protection for personnel, critical equipment, and valuable assets.
Utilizing advanced fire suppression cylinders filled with cooling gas agents such as HFC-227ea (FM-200), Pyrex systems can effectively neutralize temperatures that may rise up to 2000°C following an impact. By rapidly reducing both temperature and pressure, these systems significantly minimize the risk of fire escalation and structural damage.
How Pyrex Gas-Based Fire Suppression Systems Work
Pyrex fire suppression cylinders operate at an internal pressure of 42 BAR, allowing for immediate discharge and rapid cooling in the event of an explosion or fire. The gas agent is released instantly, suppressing flames by absorbing heat and reducing oxygen levels in the protected area.
This fast and effective response plays a critical role in preventing secondary fires and limiting damage after high-energy attacks, ultimately reducing the risk of loss of life and mission failure.
Purpose of Pyrex Fire Extinguishers with Gas Agents
Pyrex gas-based fire extinguishers are specialized fire suppression cylinders designed to extinguish fires using clean and efficient gases such as CO₂, HFC-227ea (FM-200), and Inergen. They are especially suitable for confined spaces and environments containing sensitive equipment, where traditional extinguishing methods may be ineffective or damaging.
Key Advantages of Pyrex Gas Fire Suppression Systems
- High Performance: Rapid and effective fire suppression using advanced gas agents
Clean Agent Technology: No residue, no post-fire cleanup required
Minimal Risk: No combustion risk during discharge
Lightweight Design: Aluminium body ensures portability and ease of integration
Fast Activation: Pyrotechnic triggers activate within 3 milliseconds
Wide Operating Range: Reliable performance from -32°C to +71°C
Types of Pyrex Fire Suppression Extinguishers
CO₂ Fire Suppression Extinguishers
Agent: Carbon dioxide (CO₂)
Mechanism: Displaces oxygen to suppress combustion
Applications: Electrical fires and confined spaces
Inergen Fire Suppression Extinguishers
Agent: Gas mixture designed to mimic atmospheric air
Mechanism: Reduces oxygen concentration while remaining safe for occupants
Applications: Data centers and sensitive electronic environments
HFC-227ea (FM-200) Fire Suppression Extinguishers
Agent: HFC-227ea (FM-200)
Mechanism: Absorbs heat and interrupts the combustion process
Applications: High-risk areas with flammable materials and electronic systems
Applications of Pyrex Gas-Based Fire Suppression Systems
Military and Armored Vehicles
Power Generation Facilities
Data Centers and Control Rooms
Laboratories and Communication Centers
Marine and Naval Systems
Libraries and Archives
Compliance and Testing Standards
Pyrex fire suppression systems are designed and tested in accordance with internationally recognized standards:
NFPA 2001 – Clean Agent Fire Extinguishing Systems
ISO 14520 – Gas Fire Extinguishing Systems
UL 2127 – Gas-Based Fire Suppression Certification
EN 15004 – European Fire Suppression Standards
MIL-STD-810H – Environmental and military operational conditions