WebHI-FOG® Water-Mist fire fighting systems utilize small water droplets. This provides two fire fighting methods, both relate to the evaporation of water. First when the water turns into a vapor the water absorbs heat, thus cooling the fire. Second the process of water evaporation expands the water volume over 1,700 times, displacing the oxygen. WebThe new development of the EconAqua water mist sprinkler U16 now makes EconAqua the low-pressure water mist system with the widest range of applications on the market. Moreover, it is the only one which is approved by VdS for use in car parks and underground parking areas with a ceiling height of up to 3.6 meters.
SEM-SAFE® high-pressure water mist system for fire safety
WebHigh pressure pumps force water through the stainless steel Ultra Fog water mist nozzles, discharging the water in the form of millions of tiny droplets – typically 30 – 200 µm diameter. An activated system will create a blanket of water mist droplets which maximise heat absorption from the fire, and subsequently displacing oxygen upon ... WebWater mist systems are a new technology in the development of automatic extinguishing systems. In contrast to conventional sprinkler systems, this system uses the extinguishing effect of very small droplets of water (water mist). The water mist consists of extremely small droplets of water. The diameter of a droplet of water mist is approx. 50 µm. inconclusive snomed code
HI-FOG® Water Mist Fire Protection Systems - Kidde Fenwal
WebMarioff HI-FOG® superior performance combined with minimal water usage compared to a conventional sprinkler system. This means virtually no clean-up costs an... WebMarshal Systems is an authorised distributor of HI-FOG® water mist fire protection systems, which was developed by Marioff Finland, for Singapore, Malaysia, Vietnam and Indonesia since 2014. Our engineers are trained by Marioff, we can handle new project and general annual survey, preventive maintenance and attend service calls. WebA four-head twin pipe system supplied with water mist and inert gas (air or nitrogen) was applied. A pile of 50 pine wood boards was used as a combustible material (class A fire). It was located ... inconclusive stress test results