High Pressure Water Mist Fire System -- Green fire protection technology leads to new safety
High Pressure fine water mist fire extinguishing technology is a kind of fire extinguishing technology with high efficiency and no pollution to the environment.
Two Type: pump type high pressure water mist fire system and cylinder type high pressure water mist fire system.
I. Technological Innovation:
The high-pressure fine water mist fire extinguishing system pressurizes water to 10-20 mpa through a high-pressure pump set, and then atomizes it into ultra-fine water mist of small microns through special nozzles. It achieves efficient fire extinguishing by utilizing three core mechanisms:
1. Rapid cooling: The water mist vaporizes and absorbs a large amount of heat, and the cooling speed is many times faster than that of traditional spray.
2. Asphyxiation effect: After the water mist vaporizes, its volume expands by 1700 times, rapidly diluting the oxygen concentration and cutting off the combustion chain reaction.
3. Radiation shielding: Micron-sized droplets form a dense barrier, blocking over 90% of thermal radiation and preventing the spread of fire.
Ii. Multi-dimensional Advantages:
1. Electrical safety without worry: The water mist particles of the high-pressure fine water mist system are fine and have a low conductivity.
2. Environmental Friendliness Pioneer: No chemical residues, zero pollution, suitable for sensitive places such as museums and archives.
3. Intelligent integration capability: Supports linkage with the fire alarm system to achieve full-process automation of "detection - alarm - fire extinguishing".
Iii. Application Scenarios: Covering high-value and high-risk fields
1. Data centers: 70% of the world's super-large data centers adopt high-pressure fine water mist systems.
2. Rail transit.
3. Industrial facilities.
4. Ship and Ocean Engineering.
Iv. Industry Trends and Future Outlook
According to the "2025 Global High-Pressure Fine Water Mist Market Report", the market size of this technology is expected to expand at a compound annual growth rate of 6.3%, reaching 1.6 billion US dollars by 2030. Emerging fields include: new energy vehicles and aerospace: