We design, supply, install, and commission advanced automatic fire fighting and suppression systems across the Kingdom of Saudi Arabia. Operating in strict compliance with the Saudi Building Code (SBC 801), NFPA Standards (11, 13, 15, 96, and 2001), and Saudi Civil Defense (Salamah) regulations, our active fire protection solutions deliver 24/7 continuous safeguarding for critical commercial, industrial, and mission-critical assets.
Automatic suppression systems detect and extinguish fires in their incipient stages without human intervention, preventing catastrophic asset loss and ensuring continuous operational safety.
Every suppression system begins with hazard-specific engineering and agent quantity calculations. Our team conducts computer-modeled flow rate, pipe sizing, and gas discharge concentration calculations to ensure rapid flame knockdown. We generate comprehensive CAD layouts, isometric riser diagrams, and control panel wiring schematics tailored for immediate Saudi Civil Defense design approval.
Overhead piping networks engineered per NFPA 13, including wet-pipe for general facilities, dry-pipe for sub-zero cold storage, pre-action for mission-critical rooms, and high-volume deluge arrays for industrial hazards.
Electrically non-conductive, residue-free gaseous systems engineered per NFPA 2001 that extinguish fires in seconds without damaging sensitive IT hardware or electrical equipment.
Pre-engineered automatic discharge systems operating per NFPA 96 that smother grease fires and automatically shut off gas/fuel supplies in commercial kitchens.
Proportioned foam systems engineered per NFPA 11 to blanket flammable liquid spills, suppress vapors, and prevent reignition in fuel storage depots and helipads.
High-pressure micro-droplet arrays that cool fire plumes and displace oxygen efficiently using significantly less water than traditional sprinklers.
We manage every phase of fire suppression system deployment, carrying your project from risk assessment to official Civil Defense handover.
Risk assessment, room integrity analysis, agent concentration calculation, and CAD layout.
Delivery of UL-listed/FM-approved cylinders, valves, discharge nozzles, and control panels.
Mechanical pipe fitting, cylinder bank positioning, wiring, and nozzle placement.
Pneumatic pressure testing, room door fan testing (for clean agent), and sequence testing.
Documentation submission, Civil Defense field inspection, and Salamah approval.
Our mobile engineering teams deploy directly to major commercial hubs, MODON industrial cities, and giga-project sites across all regions of the Kingdom.
We serve commercial and industrial hubs along the Red Sea coast, protecting port logistics in Jeddah, heavy petrochemical assets in Yanbu Industrial City, commercial centers in King Abdullah Economic City (KAEC), and hospitality venues in Mecca and Medina.
We deploy specialized industrial suppression systems across Saudi Arabia's energy sector, including Jubail Industrial City, Dammam Industrial Cities 1, 2, and 3, King Salman Energy Park (SPARK), and industrial facilities in Ras Al-Khair.
We provide advanced fire suppression systems for major regional developments, supporting giga-projects in NEOM and Oxagon, commercial infrastructure in Tabuk, industrial setups in Jazan Economic City, and logistics sites in Wa'ad Al Shamal.
We engineer suppression media and system architectures to address the distinct fire loading, hazard classification, and operational needs of key industry sectors across Saudi Arabia.
High-hazard chemical processing and fuel handling zones require rapid total-flooding protection. We deploy heavy foam-water deluge systems, monitor towers, and gaseous CO2 suppression to control Class B fires and isolate combustible vapors across processing units.
Industrial operations require targeted hazard protection. We install high-pressure water mist, pre-action sprinkler loops, and localized chemical suppression units that protect heavy machinery, turbine rooms, and automated assembly line equipment.
High-piled rack storage and automated fulfillment facilities present fast-spreading fire risks. We engineer high-density Early Suppression Fast Response (ESFR) sprinkler loops and wet-pipe ceiling mains designed to suppress high-challenge fires instantly.
Complex multi-use developments and mission-critical towers require modular, multi-zone suppression. We integrate clean agent gas systems for server rooms, wet chemical hood systems for commercial dining venues, and zoned wet sprinklers across all floor levels.
Whether retrofitting an active facility or preparing a tender submission for industrial plants, warehouses, or high-rises, our certified engineers provide fast-track site audits, code compliance verification, and itemized system estimates.
Ensure your suppression systems comply with SBC 801 standards and Civil Defense guidelines. Submit project requirements to receive a detailed engineering proposal backed by agent quantity calculations and complete technical support.
Bahrah, 23342, Jeddah, KSA
sales@triad.sa
Monday – Friday, 8:00 AM – 5:00 PM (AST)
Both FM-200 and Novec 1230 provide residue-free, electrically non-conductive protection per NFPA 2001. Novec 1230 offers a lower Global Warming Potential (GWP < 1) and is often selected for long-term sustainability goals, while FM-200 remains a widely used, cost-effective option across commercial IT facilities.
NFPA 96 and SBC 801 require pre-engineered wet chemical systems to cover all cooking appliances, hood plenums, and exhaust ducts. The system must feature automatic thermal detection, a manual pull station, and an automatic gas/electricity shut-off valve to isolate fuel sources upon discharge.
Per NFPA 25 and NFPA 2001, gaseous cylinders require semi-annual weight and pressure checks, along with periodic hydrostatic testing (typically every 5 to 10 years depending on agent type and cylinder specification) to maintain Civil Defense compliance.
Salamah portal approval takes 5 to 10 business days after completing installation and field testing. Approval relies on uploading compliant hydraulic/agent calculations, UL/FM component certificates, room integrity test results, and passing the physical site inspection.
