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Why You Need to Get Passive on Fire Protection | | Inpro Corporation
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Why You Need to Get Passive on Fire Protection

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fire barriers and passive fire protection

Fire Barriers are part of a joint effort to save lives

JointMaster Fire Barrier Often, people think of fire protection systems for buildings in the active sense – meaning systems like sprinklers and extinguishers to suppress or actually put out fires. Of course, detection and alarm systems also fall into the active protection category.

However, there are also passive fire protection products and assemblies that can be put into buildings to also slow the spread of fire – such as fire-rated doors, walls and so on.

An often forgotten passive system is the expansion joint fire barrier, which can also play a critical role in helping building occupants safely evacuate a structure by compartmentalizing heat, smoke and flame.

A secondary function is to limit damage and preserve the building if possible, but that is a distance second – the main goal is to get everyone out alive and unharmed.

Fire Protection and Smoke

According to the NFPA, 2 of 3 death certificates show smoke inhalation as the cause of death compared to burns.  A fire can produce an enormous amount of positive air pressure.  Smoke can quickly shoot through holes and gaps to flood adjacent rooms, corridors and floors, which in turn hinders occupant evacuation.

So, to reiterate, expansion joint fire barriers, when installed and sealed properly, help to slow the spread of smoke, heat and flame.


Passive Fire Protection Analogy

A good analogy to PFP in a building is the bulkheads and watertight doors on a ship.

boat

Much like the function bulkheads perform on a large cruise ship, a flood in one compartment is not allowed to migrate to any adjacent spaces unless it breaches an impregnable wall. When this occurs, the amount of pressure created by fluids attempting to move from high pressure to a lower pressure area is immense.

Designers recreate this concept of compartmentalizing spaces within a building to keep them segregated from each other in the event of fire. Instead of bulkheads, UL Rated assembles- such as concrete or composite horizontal decks, gypsum wall assemblies, rated shaft walls, etc. are used to protect building occupants. And expansion joints are filled with rated fire barriers.

Expansion Joint Fire Barriers come in three forms:


925-Mineral-Wool-01COMPRESSION TYPE


  • Typically for 4” (101.6mm) and smaller expansion gap widths
  • Comprised of Mineral Wool and Sealant, which are rock and mineral wool strips held in place through compression

RATED FOAMS


990_Fire_Rated_Foam-01_25
  • For 6” (152.4mm) and smaller conditions where abuse is not likely
  • Comprised of Open-cell polyurethane foam impregnated with a fire-retardant material
  • Can be faced with colored silicone to match a desired décor or design aesthetic

FIRE BLANKETS


firebarrier
  • 2 - 32” (50.8 – 812.8mm) range applications for high rates of movement (Highly versatile)
  • Ceramic cloths / Intumescent layering
  • Graphite sheetgoods/ Insulating Blankets and can also be in rolled form
  • Capable of handling seismic movement and can accommodate a multitude of project conditions and requirement



To learn more about Passive and Active Fire Protection download our complete white paper, A Primer on Active vs. Passive Fire Protection.

active and passive fire protection


We also offer a one-hour AIA CES course on Fire Barriers.  To find out more, click here to request a course.