With these turbines, a large, previously unreached energy absorption and higher cooling effect is achieved when extinguishing fires. The combination of water mist efficiency and turbine power, is allowing it to cover larger distances with a smaller amount of water – which has so far been a challenge. The turbines are fitted with a nozzle ring, atomizing water into a fine mist, which is then at the end, distributed by a propeller towards the source of fire.
EMIControls
Firefighting Turbines FT60h and FT60hX – The most powerful Fire Extinguishing Tool for Trucks

Private fire and rescue operations
Both Firefighting Turbines, FT60h and FT60hX, are made to be mounted on any suitable chassis (such as various vehicles, fire trucks, trailers etc.) and can be operated right from the driver’s cabin or even by remote control from outside the vehicle.
Key benefits of the turbines:
– Higher cooling capability
– High flexibility in generating different water spray patterns
– Superior throw distances
– Faster flame control and extinction
– Low and high expansion foam compatibility
– Interchangeable central monitor or nozzle head (within few seconds)
Products
Why is water mist so effective in fighting fires? When extinguishing a fire, water mist produces a higher rate of heat extraction and at the same time uses less water.
The efficiency of water mist in fighting fires has been known in expert circles for years. Until now, the water mist was applied by means of nozzle technology, which, however, for technical reasons limited the throwing range to only a few meters. This, of course, also limited the range of possible applications. Thanks to the use of a propeller turbine, the water mist can now be applied over a long distance.
One advantage of water mist over conventional water jets is, that it envelops objects and therefore cools and extinguishes them very efficiently. Here’s how it works: The turbine atomizes the water into a fine mist. Compared to conventional monitors, fire extinguishing turbines produce smaller droplets that are sprayed using propellers.
The advantage of these smaller droplets is that they create a larger water surface area and thus a larger heat absorption surface. The fine mist also has a lower sedimentation rate and can easily envelop burning objects. In this way, it often reaches hidden fire sources that are inaccessible to the conventional extinguishing jet.

