Find the Hospital list where we have Completed IFRM & SFRM.

What and How We Achieve Objectives

• Defend-in-Place Function: Traps fire at the source to allow safe, phased patient relocation.
• Code Compliance: Our projects always meet the National Building Code of Canada’s (NBC) 2-to-4-hour fire-resistance ratings.
• Structural Protection: Stops steel framing from reaching critical failure temperatures under extreme heat.
• Route Safeguarding: Protects corridors and exit routes to maximize evacuation windows.

Verified Performance: Tested against strict industry benchmarks to protect vulnerable occupants.

Why Passive Fire Protection Is Critical in Hospitals

 

Here, we will discuss Critical Risk Factors, including their role in Passive Fire Protection & Engineering Function.

Emergency Evacuation Complexity: Provide crucial time by delaying structural failure. Staff get crucial time to manage non-ambulatory patients while rapidly moving critical care patients. This passive fire protection employs “defend-in-place” strategies and maintains structural stability to keep corridors safe during staged, floor-by-floor relocations.

Medical Equipment Protection: High heat can warp structural steel framing and ruin sensitive multimillion-dollar medical systems and electromechanical installations. Fireproofing insulates structural envelopes while shielding vital diagnostics, imaging suites, and power grids from catastrophic thermal damage.

Compartmentation: Effective fire safety relies on containment. We use tested ULC-listed firestop systems to prevent lateral and vertical breach of fire through structural boundaries. We seal walls, floors, and structural gaps to trap the fire within its zone of origin.

Code Compliance: Canadian healthcare infrastructure requires certified performance proof. We strictly adhere to the National Building Code of Canada (NBC) and standard CSA Z8000 requirements for Canadian acute care facilities. Our applications provide building managers with clear documentation satisfying provincial inspectors and national safety boards.

Smoke & Fire Containment: Restricts toxic gas migration through MEP penetrations, protecting vulnerable respiratory pathways throughout the facility.

Smoke inhalation poses an immediate threat to respiratory patients. Therefore, restriction of toxic gas migration through MEP penetrations is mandatory for protecting vulnerable respiratory pathways throughout the facility. Installations of through-penetration firestopping blocks help prevent toxic gas migration through conduit, HVAC, and medical gas line openings.

Why Healthcare Facilities Choose FJ Construction Specialities Ltd.

While national firms handle generic fireproofing, healthcare demands highly specialized operational execution. FJ Construction Specialities Ltd. delivers commercial scale with strict institutional control.

• 35+ Years of Field Experience: Over three decades navigating evolving Canadian engineering designs and application standards.
• Certified Field Teams: Crews trained to verify and document precise coating thickness and density at every phase.
• Healthcare Compliance Expertise: Rigorous installation alignment with CAN/ULC-S101 and CAN/ULC-S115 compliance standards.
• Minimal Operational Disruption: Use of zero-VOC materials, negative air setups, and HEPA filtration to safely work inside active hospitals.
• Large-Scale Project Execution: Proven logistics capability to manage tight schedules and trade coordination on massive institutional builds.

Frequently Asked Questions

 

What is IFRM in hospitals?

IFRM (Intumescent Fire Resistive Material) is a paint-like coating that expands into a thick insulating layer when exposed to fire. During super emergencies caused by fire-driven incidents, it provides up to 3 hours of protection to the steel sections. It is used on exposed, visible architectural steel in public areas.

What is SFRM?

SFRM (Sprayed Fire Resistive Material) is a cementitious or fiber-based compound sprayed directly onto steel deck assemblies. It is a cost-effective material used in hidden areas like mechanical rooms and above drop ceilings. It forms a dense, thermal blanket during a fire.

Why do hospitals require fireproofing?

Hospitals require fireproofing because non-ambulatory patients cannot quickly evacuate. Fireproofing delays structural collapse and contains fire spread, giving staff the necessary time to execute a safe “defend-in-place” protocol.

What fire protection standards apply to healthcare buildings?

The standards are very stringent. Hospitals must satisfy the National Building Code of Canada (NBC), provincial codes, and CSA Z8000 design standards. Installed systems must be explicitly tested under CAN/ULC-S101 (fire endurance) and CAN/ULC-S115 (firestops).

Do you work in active healthcare facilities?

Yes. We deploy specialized infection control dust barriers, negative air pressure setups, and odorless, zero-VOC products to ensure construction never interferes with active patient care or sterile medical zones.

What areas in hospitals require passive fire protection?

It is required throughout the structural frame, including columns, beams, floor decks, exit stairwells, and shafts. It is also mandatory to seal every mechanical, electrical, plumbing, or medical gas pipe breach.

Can IFRM and SFRM be used on the same hospital project?

Yes. Projects routinely combine both to optimize budgets. Cost-effective SFRM is sprayed behind walls and above ceilings, while sleek, aesthetic IFRM is applied to exposed structural columns in main lobbies and atriums.