Production introduction
The foinbo® Fire Fighting Nozzle Water Gun is a prime - tier firefighting instrument, masterfully crafted to meet the multifaceted demands of modern fire - combat scenarios. Constructed from hard - anodized aluminium alloy, foinbo® Fire Fighting Nozzle Water Gun melds sturdiness with portability. This material endows the nozzle water gun with remarkable resistance to corrosion, wear, and heat, ensuring its reliability across diverse and challenging firefighting environments.
A standout feature is foinbo® Fire Fighting Nozzle Water Gun's selectable flow rate, spanning from 50 - 150 - 200 - 230 LPM. This flexibility empowers firefighters to calibrate the water output according to the unique needs of each fire. Whether it's a small, incipient fire or a large, raging blaze, the nozzle water gun can be adjusted with precision.
Regarding jetting patterns, foinbo® Fire Fighting Nozzle Water Gun offers a versatile array. The straight - stream pattern is adept at reaching far - off fires and piercing through dense smoke and intense flames, making it ideal for high - rise or industrial fires. The narrow fog pattern provides a focused spray, perfect for cooling hotspots in confined spaces. The wide fog pattern, with a 110° maximum angle, offers broad coverage, useful for dousing large - scale fires and creating protective barriers.
Operating at 6 bar, foinbo® Fire Fighting Nozzle Water Gun adheres to multiple coupling standards like NH, INST, Storz, etc. With inlet sizes ranging from 1" to 2.5", it seamlessly integrates with various fire hoses and water systems, ensuring rapid deployment during emergencies.
Products Parameters
|
Model Number |
Flow Rate |
W.Pressure |
Inlet |
|
S230 |
50-150-200-230 L/Min Selectable |
6 bar |
1''/ 1.5''/ 2'' / 2.5'' |
Products Features
| Flow Rate | 50-150-200-230 LPM,Selectable; |
| Material | Aluminium alloy,hard anodized |
| Jetting Pattern | Straight stream,Narrow fog,Wide fog; |
| Coupling Standard | NH,INST,Storz,GOST,Machino,etc. |
Products Description




FAQ
1.Q: How does the alloy material benefit outdoor use?
2.Q: Can it be used for flammable liquid fires?
3.Q: How does it reduce operator fatigue?
4.Q: How does selectable flow rate conserve water?
5.Q: Can it be used in training simulators?
