Wet Fire
Sprinkler
Systems
The go-to suppression system for commercial, healthcare, and industrial buildings in Trinidad and Tobago. Designed to NFPA 13 by FML.
Proven for Over a Century. Trusted Across Every Sector
Wet pipe is the most installed fire suppression system in the world. In Trinidad and Tobago, it is the default choice for most building types — and for good reason. The moment a sprinkler head reaches its activation threshold, it responds. Only the heads near the fire open. Suppression is immediate, targeted, and automatic.
FML has designed and installed wet pipe systems for close to 50 years, across every sector in Trinidad and Tobago. Every system is calculated to your building’s specific occupancy, hazard classification, and layout — not adapted from a template.
Why Sprinkler Systems Work
Automatic sprinkler systems have a proven track record of deployment across every building type and occupancy category. Here is what the data and engineering behind them actually show.
Sprinkler systems control or extinguish fires in 96% of incidents where they operate. In most cases, one head is enough.
Responds in Seconds
No signal required. No human intervention. The moment a head activates, suppression begins.
Targeted, Not Total
Only the heads nearest the fire open. The rest of the system stays offline.
Less Damage
Heads discharge a fraction of the water a fire brigade uses, and a fraction of the damage an uncontrolled fire causes.
Buildings We Protect
Wet pipe sprinkler systems are suitable for any environment where the ambient temperature remains above freezing and where water-based suppression is appropriate. They are the standard choice across the majority of building types in Trinidad and Tobago.
Hospitals and Healthcare
Wards, corridors, waiting areas, and non-clinical zones across hospitals and medical facilities, where protecting patients who cannot self-evacuate is a primary design consideration.
Hotels and Resorts
Guest rooms, lobbies, back-of-house, and common areas across hospitality properties with 24-hour occupancy and guests who are unfamiliar with the building layout.
Commercial Offices
Multi-storey office buildings, business parks, and corporate facilities where large occupant numbers and high-value assets require dependable automatic protection.
Warehouses and Logistics
Storage facilities, distribution centres, and industrial warehouses where high-bay racking and concentrated combustible loads require early suppression to prevent rapid fire development.
Retail and Shopping Centres
Shopping malls, supermarkets, and retail outlets with high foot traffic and a mix of combustible merchandise, displays, and public occupancy throughout trading hours.
Government and Civic Buildings
Ministries, public institutions, and civic facilities where compliance documentation, regulatory requirements, and protection of public servants and national assets are paramount.
Educational Institutions
Schools, universities, and training facilities with large numbers of students and staff, where early suppression and fast evacuation support are both essential safety requirements.
Multi-Storey Residential
Apartment buildings and residential towers where fire spread between floors and units is a primary risk, and where occupants may be asleep or unaware of a developing fire.
Not sure if a wet pipe system is the right choice for your building? FML’s team can assess your facility and recommend the most appropriate suppression solution. Speak to an engineer.
What an FML Installation Involves
Every sprinkler system FML installs follows a structured process from initial assessment through to certification. Here is what each stage involves and what you can expect from our team at each step.
Site Assessment
Our engineering team visits your facility to assess the building layout, occupancy type, hazard classification, ceiling height, and any existing fire protection infrastructure. This assessment forms the basis of the system design and determines the scope of work required.
- Building layout and occupancy review
- Hazard classification to NFPA 13
- Water supply assessment
- Review of existing systems if applicable
System Design
FML’s engineers produce a full system design including pipe sizing, sprinkler head placement, coverage calculations, hydraulic calculations, and all documentation required for regulatory submission and approval. The design is shared with you for review before any work begins.
- Hydraulic calculations and pipe sizing
- Sprinkler head layout and coverage
- Full design drawings produced
- Regulatory submission documentation
Installation
Factory-trained FML technicians carry out the full installation — pipework, fittings, sprinkler heads, control valves, and all associated components. Work is coordinated with your building programme or operational schedule to minimise disruption to your facility.
- Pipework and sprinkler head installation
- Control valve and alarm valve assembly
- Coordination with other trades on site
- Minimal operational disruption
Testing and Commissioning
Once installation is complete, the full system undergoes a commissioning test to verify water pressure, flow rates, alarm function, and correct operation of all components. Any issues identified are resolved before sign-off. You are present for the final commissioning test if required.
- Pressure and flow rate testing
- Alarm function verification
- Full system operational test
- Punch list resolved before sign-off
Certification and Handover
NFPA 13 compliance, as-built drawings, and a handover briefing for your facilities team — standard on every installation.
- NFPA 13 compliance
- As-built drawings and documentation
- Operating and maintenance manuals
- Facilities team handover briefing
Ready to get your facility assessed?
Site assessments are free. Our team will visit, evaluate, and recommend the right system for your building.
Get a System
Designed
for Your Building
Tell us about your building, your system, or your challenge. Our team will assess your needs and recommend the right solution.
24-hour emergency service available.
Call us any time for critical system faults.