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When fire fighters are surrounded by wildfire flames and radiant heat they don't spray themselves with foam, they deploy their personal fire shelters and climb in. In the last 20 years over 250 lives have been saved by these aluminum fire shelters.
Fire Shields block 96% of radiant heat and 92% of convective heat, plus defeat firebrands blown by the wind. They cover eaves, decks, windows, attic vents, and your roof for maximum protection. If power is lost and water pressure a dribble, your home will be protected.
When wildfires threaten historical buildings in our national parks the US Forest Service uses Aluminized Structure Wrap, or cabin wrap, to protect them from radiant heat and burning embers. It’s the best protection strategy when it's too dangerous to stay.
Studies Show 80% of Wildfire Structure Ignitions Are the Result of Burning Embers and Radiant Heat. For the First Time You Can Use the Same Aluminized Structure Wrap the Professionals Use.
Firefighters choose to face life threatening danger, incredibly hard work, and heat exhaustion to save lives and homes. But in every major fire, there too many fires and not enough resources to be everywhere when they are needed.
Firezat supplies the US Forest Service and other professional firefighting agencies its reusable Fire Shields to protect historical and high value national treasures when there aren’t enough resources, or its too dangerous to leave a crew behind to protect. Fire Shields are reusable, need no water, no power, and can be installed and left up indefinitely. It’s the last best thing you can do to protect your family home or cabin from wildfires.
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Conclusions
The performance of fire blankets to block heat has been investigated experimentally in the laboratory and prescribed wildfires. Two-layer thin fabric assemblies blocked up to 92% of the convective heat and up to 96% of the radiation (with an aluminized surface).... The key success factors in protecting the WUI structure are (1) the fire blanket's heat-blocking capability, (2) endurance under severe heat-exposure and high-wind conditions, and (3) proper installation to prevent hot-gas and firebrand penetration. Click link above to see study.
