Industrial Water Hose Nozzle

Constructed from high - quality hard - anodized aluminium alloy, the S950 foinbo® Industrial Water Hose Nozzle is built to endure. The hard anodization process not only fortifies the material against corrosion and wear but also enhances its heat - dissipation capabilities, ensuring it can withstand the harsh conditions typical of industrial firefighting. In comparison to the S600 series, the S950's material quality and construction provide an added layer of durability, making it more suitable for long - term and heavy - duty use in industrial settings.

One of the most significant advantages of the S950 Industrial Water Hose Nozzle is its higher working pressure of 7 bar, contrasting with the S600's 6 bar. This increased pressure allows for a more powerful water projection, enabling the nozzle to reach further distances and penetrate more effectively through thick smoke and intense flames. Whether it's combating fires in large industrial warehouses or high - rise manufacturing buildings, the S950's enhanced pressure gives firefighters an edge in suppressing fires promptly.

The S950 also offers a broader range of selectable flow rates, from 350 - 450 - 580 - 780 - 950 LPM, compared to the S600's 115 - 240 - 360 - 475 - 600 LPM. This wider flow - rate spectrum provides greater flexibility. In industrial scenarios where fire sizes and intensities can vary greatly, the S950 allows firefighters to precisely adjust the water output. For smaller, more controlled fires, a lower flow rate can be selected to conserve water and minimize damage to sensitive industrial equipment. For larger, more aggressive fires, the higher flow rates ensure an ample supply of water to effectively extinguish the blaze.

Regarding jetting patterns, like the S600, the S950 Industrial Water Hose Nozzle features straight stream, narrow fog, and wide fog options. However, due to its higher pressure and flow - rate capabilities, the S950's jetting patterns are even more effective. The straight - stream pattern can reach further and with more force, making it ideal for targeting distant fires in large industrial complexes. The narrow fog pattern provides a more concentrated and powerful spray for cooling hotspots in confined industrial spaces, while the wide fog pattern, with a maximum fog angle of 120°, offers a broader and more impactful coverage area for dousing large - scale fires and creating protective water barriers.