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00:16
Genius Device Detects & Acts in Secs
Zone Dome stops a dangerous fire without human intervention.
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00:49
Balloons Take the Heat
No scientists were harmed in the making of this video. We set fire to balloons.
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01:10
Fireguardia vs Current Fireproof Fabric
A fireproof fabric that doesn't cause cancer.
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01:19
World's First Smart Fire Safety Device
What in the world is Zone Dome?
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01:17
We're the Future of Fireproof
Fire protection doesn't have to harm public health or the environment.
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01:39
Fireguardia Fire Retardant 15 min Exposure Test
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00:51
Fireguardia Fire Retardant 5 min Fabric Test
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00:38
Fireguardia Fire Retardant Protects Human Hand
1. The first images show plastic being covered with two layers of FireGuardia coating. 2. The plastic is then placed over the hand and the propane torch is ignited. The heat reaches approximately 1900 °C | 3452 °F. 3. The propane torch is about 6 inches from my hand. 4. The top FireGuardia coating intumesces and signs of char begin to appear. 5. After 1 minute and 15 seconds under direct fire, the flame is extinguished. 6. The plastic bag is removed from the hand. 7. The top FireGuardia layer (yellow) charred and intumesced while the back of the plastic bag presented no sign of heat.
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00:47
Fireguardia Fire Retardant vs. Steel Over Styrofoam
1. A piece of Styrofoam is protected with two layers of FireGuardia coating without an intermediate cooling layer. 2. A hand is under the Styrofoam. 3. A 1" wide by 1/4" in thickness piece of steel is placed on top of the protected Styrofoam. 4. An Oxyacetylene cutting torch that has a maximum temperature of 3,300° C | 6,000° F is applied directly to the piece of steel. 4. The Oxyacetylene torch uses a jet of compressed Oxygen (2,200 psi) that acts as the cutting medium. 5. The torch is in contact for 1 minute and 39 seconds until it pierces the steel. RESULT: The skin and hand under the Styrofoam suffer no harm.
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