Skip to main content

Fire Hydrant Systems Suppliers, UAE

Fire Hydrant Systems are pressurised water supply networks providing fire fighting water through internal hose reels, landing valves, and external pillar hydrants in GCC buildings and site developments. These systems are mandatory under Civil Defence codes and represent a significant plumbing and fire protection scope on every commercial and residential project. System design must ensure adequate flow rate and pressure for fire fighting operations.

0 suppliers found

No suppliers match these filters

Try clearing some filters — or post your requirement and let matching suppliers come to you.

Post your requirement, get quotes from multiple suppliers

Tell us about fire hydrant systems in UAE and receive competitive quotes from verified suppliers — free, fast, and no obligation.

Get Free Quotes

Fire hydrant systems comprise a pressurised pipe network (typically black steel schedule 40), internal hose reel cabinets (first-aid fire fighting by occupants), landing valves at stairwell locations (for fire brigade hose connections), external pillar hydrants (street-level fire brigade water supply), fire pumps (electric and diesel with jockey pump), break tanks or suction tanks, and associated valves and fittings. The system provides water for fire fighting at specified flow rates and pressures to all parts of the building and site perimeter.

In the UAE and Saudi Arabia, fire hydrant systems are designed to local Civil Defence requirements, which typically reference NFPA 14 for standpipes and NFPA 24 for private fire service mains. Key specifications include system class (Class I for 65mm landing valves, Class II for 25mm hose reels, Class III for both), required flow rate and residual pressure at the most remote outlet, pipe sizing based on hydraulic calculation, fire pump capacity and type (centrifugal, typically one electric and one diesel for redundancy), and water storage volume (typically 60 to 120 minutes of supply at design flow rate).

Fire hydrant system components are supplied by established manufacturers including Grundfos and Xylem (fire pumps), Tyco and Viking (valves and cabinets), and local fabricators for break tanks and pipe work. Installation is performed by licensed fire protection contractors. Procurement managers should ensure that the fire protection design is approved by Civil Defence before procurement begins, verify that all components are UL or FM listed as required, and coordinate fire pump room location and tank sizing with the building architect and structural engineer early in the design phase. Fire pump testing and commissioning must be witnessed by Civil Defence before building occupancy is granted.

Frequently Asked Questions — Fire Hydrant Systems

What fire pump configuration is required in UAE buildings?
UAE Civil Defence typically requires a fire pump set comprising one electric-driven main pump, one diesel-driven standby pump of equal capacity, and one electric jockey (pressure-maintenance) pump. This dual-redundancy ensures fire fighting water supply even during power failure. Pump capacity is determined by hydraulic calculation based on the building's hydrant system design demand, including the most remote and highest outlet.
How much water storage is required for fire hydrant systems in Saudi Arabia?
Saudi Civil Defence requirements typically mandate 60 to 120 minutes of fire fighting water supply at the system's design flow rate. For a commercial building with a demand of 3,000 litres per minute, this equates to 180,000 to 360,000 litres of dedicated fire water storage. Underground reinforced concrete tanks or above-ground steel tanks are used, with the fire reserve volume isolated from domestic water supply by level controls or separate tanks.
Can fire hydrant and sprinkler systems share the same water supply?
Yes, combined systems are common in GCC buildings, with a single fire pump set and water tank serving both the sprinkler system and the hydrant system. The combined design demand (simultaneous sprinkler and hydrant flow) must be calculated per NFPA standards and verified by Civil Defence. Separate zone valves, flow switches, and alarm connections allow independent monitoring and control of each system.