Stainless Steel Water Curtain Nozzle Flanged End

Description

Introduction

High-performance fire safety requires reliable area segregation to prevent the spread of intense heat and flames between building zones. Our premium stainless steel water curtain nozzle is specifically engineered to create a dense, upward-projecting water wall that acts as a vital thermal barrier in demanding industrial environments.

Key Features

Available in multiple sizes including 65mm, 80mm, and 100mm flanged ends.

Constructed from high-grade stainless steel for superior corrosion resistance and strength.

Capable of high flow rates ranging from 1000 to 3000 liters per minute.

Specially designed orifice produces a consistent flat water curtain projecting upwards.

Standard flanged end connection ensures secure and easy integration into existing pipes.

Optimally performs at a working pressure of 7 kg/cm.sq or 100 psi.

Benefits

This product provides an essential safety layer by physically segregating hazardous areas during a fire emergency. The upward-projecting flat curtain effectively blocks radiant heat and prevents the horizontal spread of smoke and fire to adjacent zones, protecting both property and lives. Because it is manufactured from high-quality stainless steel, this nozzle maintains its structural integrity and performance even in the most corrosive industrial or coastal conditions. Its massive flow capacity ensures that the resulting water barrier remains thick and impenetrable, providing emergency response teams with the critical time needed to manage the situation. By implementing these nozzles, you significantly reduce the risk of total facility loss and enhance the overall safety rating of your industrial site.

Usage / How to Use

These nozzles are typically installed at the floor level or within dedicated drainage trenches along the boundaries of specific fire zones. They are connected to a high-pressure fire water supply line through their heavy-duty flanged ends. When the deluge system is activated, water is forced through the precision-engineered slit, projecting a wide, fan-like curtain of water vertically. This setup is commonly used in large warehouses, chemical processing plants, and ship decks to isolate flammable liquid storage areas or to create a protective heat shield between two closely situated buildings.