Outdoor Fire Hydrant

Product description

Customer challenge

Product function

High pressure resistance

Pressure-activated drain valve

Fire hydrant uses a breakable coupling

Protective cover structure

The fire hydrant is made of high-pressure resistant material, capable of withstanding high water pressure and reducing the possibility of breakage. Safety locking mechanism: A safety locking mechanism is designed to automatically lock the fire hydrant under high pressure or abnormal conditions, preventing water leakage due to breakage.

When the main valve seat is closed, the drain valve automatically drains water; when the main valve seat is open, the drain valve closes. The higher the pressure, the better the seal.

It breaks easily upon impact and can be quickly repaired. Uses a traffic flange: it has a built-in break ring, is highly interchangeable, and protects the fire hydrant body from damage.

Protects operating components from wind, rain, and dust; Closed oil chamber: The integrated valve cover design forms a closed oil chamber, ensuring sufficient lubrication of the valve stem threads without jamming.

Value advantage

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  Economic Efficiency

  Although the initial investment in dry fire hydrants may be relatively high, their low maintenance costs and long service life make them highly economical in the long run. Furthermore, the application of dry fire hydrants can improve building safety, reduce fire risk, and thus avoid potential property damage and personal injury.
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  Wide Applicability

  Dry fire hydrants are suitable for various environmental and climatic conditions, especially cold regions. Because their internal pipes contain no water, they are not susceptible to freezing and can operate normally in low-temperature environments. This makes dry fire hydrants a promising candidate for widespread application in fire protection systems in cold regions such as northern areas.
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  Safety and Reliability

  Dry fire hydrants are designed and manufactured with safety and reliability in mind. The materials and structures used possess excellent durability and stability, ensuring they maintain good working condition over extended periods. Furthermore, dry fire hydrants are highly corrosion-resistant, able to withstand damage from harsh environments, thus ensuring the long-term stable operation of the fire protection system.

Relevant data