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Product Details:
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| Port: | Shenzheng |
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XSWT close type high pressure fire protection fine atomizing nozzle
XSWT close type high pressure fire protection fine atomizing nozzle fire fighting nozzles fire nozzle gun
| K factor : K=0.5, 0.6, 0.8, 0.9, 1.0, 1.25, 1.5, 1.75, 2.1 |
Working pressure: The minimum working pressure is 10MPa
Maximum installation distance 2.5m-4m
Maximum installation height 3m-5m
Features of the sprinkler head: Safe and environmentally friendly. It uses water as the fire extinguishing agent. It has dual fire extinguishing mechanisms such as efficient cooling and suffocation. It does no harm to the human body and has no impact on the environment. It will not decompose at high temperatures to produce harmful substances. While spraying, it will affect the spray area. There will be no harm to the personnel inside, which is conducive to the escape and rescue of on-site personnel. The water consumption is 1% of that of water spray, which greatly reduces the volume of the fire water tank (pool) and avoids secondary disasters caused by large amounts of drainage.
Fire closed high-pressure water mist nozzles are composed of nozzle body, nozzle, nozzle core and filter. Water under a certain pressure passes through the nozzle filter.
Structural Principle: After entering the nozzle, the pressurized water is sprayed out from the nozzle hole at high speed and interacts with the surrounding
The air creates strong friction and the water flow is torn apart, forming a fine water mist that is sprayed at a certain angle.
The closed high-pressure water mist nozzle is an important component of the high-pressure water mist fire extinguishing system. It can cool the fire plume through fine droplets and evaporate water.
Product use: air-insulating and oxygen-insulating, and can reduce radiant heat to control and extinguish fires. Usually installed
In places with fire risk such as production sites, warehouses, shopping malls, hotels, hospitals, theaters, office buildings, high-rise buildings and garages.
Note: The nominal operating temperature needs to be determined according to detailed conditions.
