Industrial Fire Sprinkler System
1.Efficient temperature reduction: Quickly lowers the tank temperature and prevents safety accidents caused by high temperatures.
2.Resource saving: Reduces the evaporation loss of stored media and improves economic benefits.
3.Easy installation: Factory-manufactured equipment for convenient and quick installation.
4.Durable materials: Adopts hot-dip galvanized materials to enhance corrosion resistance and service life.
Product Introduction
The Water Fire Sprinkler Systemis a temperature reduction facility specifically designed for steel storage tanks (cylindrical tanks or spherical tanks) in petroleum and chemical enterprises. By uniformly spraying cooling water, it lowers the surface temperature of the storage tank and effectively reduces the breathing loss of the stored medium.
Application Scope
Petroleum storage tanks: Suitable for storing various oils and liquefied gases.
Chemical industry: Widely used for storing chemicals and liquid raw materials.
High-temperature environments: Suitable for workplaces with high temperature and humidity in summer.
Working Principle
The device is activated automatically or manually. Water flows down from the top of the storage tank, forms a water curtain through the sprinkler heads, uniformly covers the tank surface, and quickly lowers the temperature to reduce heat absorption.
Main Components
Water spray ring pipe: Ensures uniform water flow.
Water curtain sprinkler heads: Converts water into mist to improve cooling effect.
Water supply riser: Delivers water to each sprinkler head.
Restriction orifice plate: Adjusts water flow to ensure spraying effect.
Metal hose: Connects various components of the system for flexible adjustment.
Filter and control valve: Ensures water quality and normal operation of the equipment.
Recommendation Reasons
High stability: Verified to be suitable for various working environments.
Strong economy: Efficient design reduces maintenance costs.
Good safety: Lowers fire risks and protects personal and property safety.
