The fire protection market is dynamic and constantly evolving. Conventional sprinkler systems often cause more damage through water discharge than the fire itself. Gas-based installations require airtight environments and precise engineering to protect the entire volume of a room, which can lead to significant costs.
Fire protection systems must often be discreet or installed in confined spaces located far from the pump room. These challenges mean that conventional solutions are rarely ideal.
Low- and high-pressure water mist systems represent innovative, breakthrough solutions in fire protection.
Water mist
Placing nozzles near high-risk areas allows for fire suppression by lowering temperatures before flames can spread. This is a major advantage in industrial applications where equipment must be cooled to prevent downtime and thermal spikes. The system achieves these goals without the need to close or isolate protected areas. The water droplets are so fine that they cause virtually no damage to valuable items, making this a critical factor for protecting architectural or historical buildings, libraries, and archives where excessive water or chemical agents are not an option.
Water mist is a viable alternative in situations where other fire suppression systems are ineffective, and it is increasingly becoming a superior solution to original protection plans. Its advantage in specialized applications lies in the ability to discreetly route small-diameter piping. Water mist systems do not require airtight rooms and can be installed in complex structures and tight spaces. They also allow for the safe evacuation of people from affected areas while the system is active and suppression is underway.
GM Sprinkler partners with leading global manufacturers of water mist solutions to provide comprehensive consulting, design, installation, and maintenance services.
The water mist system offered by GM Sprinkler is increasingly used in both industrial facilities and public buildings. Minimizing damage caused during fire suppression—and the resulting reduction in costs—is a compelling argument for choosing water mist technology.
In high-rise construction, the benefits of water mist are utilized in CFD smoke simulations, allowing for deviations from fire regulations and the reduction of fire resistance ratings for building components.
Furthermore, high-pressure technology allows for a single pump set to guarantee the necessary pressure at mist nozzles on the 20th, 30th, or 40th floor without the need for intermediate pump rooms. Combined with a small water tank, this saves valuable space in such buildings, while properly selected zone valves allow for the protection of all types of applications—office, commercial, garage, or server rooms.
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