Spark Fire Foam Nozzle Assembly

Jan 01, 70

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Spark Fire Foam Nozzle Assembly
Spark Fire Foam Nozzle Assembly
 
 

Spark Fire Foam Nozzle Assembly

Spark fire foam nozzle assembly is a core terminal fire extinguishing tool for Class B fires (oil, flammable liquids). Compatible with DN50 fire hoses, it supports dual-mode spraying of foam/straight water, with a foaming multiple ≥6 times, working pressure 0.3-0.8MPa, flow rate 10-20L/s, and single unit weight ≤2.5kg. Made of aluminum alloy, it is lightweight and easy to operate, with a spray distance of ≥15m (foam) and ≥20m (straight water). Complying with GB 15383 standard and passing fire certification, it is an efficient fire extinguishing equipment for fire rescue and high-risk location emergencies.

 


Spark Fire Foam Nozzle Assembly Launches | An Efficient Spraying Fire Extinguishing New Tool for Class B Fire Scenes

Fire equipment brand Spark recently released the fire foam nozzle assembly, featuring "dual-mode spraying + high foaming efficiency" as core highlights, becoming a new fire extinguishing weapon for oil and flammable liquid fire scenes.

This assembly adopts a DN50 quick snap interface, which can seamlessly fit mainstream fire hoses. The nozzle body is made of lightweight aluminum alloy, with a single unit weight ≤2.5kg, allowing flexible operation with one hand; it supports dual-mode switching between foam and straight water. The foam mode has a foaming multiple ≥6 times, which can quickly cover the fire point to isolate oxygen, while the straight water mode has a spray distance ≥20m, adapting to fire extinguishing needs of different fire conditions. The working pressure is compatible with the 0.3MPa~0.8MPa range, and the flow rate is flexibly adapted to various foam mixing systems.

The product complies with GB 15383 "Fire Foam Nozzles" standard and has passed fire product certification. Currently available on Spark’s self-built website, it provides efficient terminal fire extinguishing spraying equipment for fire rescue teams and emergency teams in high-risk locations.

 

 

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