Birdwatch Archive

Birdwatch Note

2023-08-20 01:51:29 UTC - MISINFORMED_OR_POTENTIALLY_MISLEADING

Wood-burning fires are approx. 1,880.6 degrees. Aluminum Alloy's melting point is 865-1,240 degrees. Aluminum's melting point is 1,200 degrees https://firefighternow.com/can-fire-really-melt-metal/#:~:text=That%20would%20be%20approximately%201%2C880.6,of%20a%20wood%2Dburning%20fire. Trees develop thicker bark which does not catch fire or burn easily https://www.nationalforests.org/our-forests/your-national-forests-magazine/how-trees-survive-and-thrive-after-a-fire#:~:text=Thick%20bark.,frequency%2C%20low%2Dintensity%20fires. Ingredients in asphalt are not combustible https://www.superioraggregates.net/the-impact-of-wildfires-on-asphalt-pavement-roads/#:~:text=Many%20of%20the%20ingredients%20used,lower%20than%20its%20ignition%20temperature.

Written by CDC12505AEEBDB548211BC659BE532ED1FC2C418D2D803EDC24C4C10D68BEC87
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• noteAuthorParticipantId - CDC12505AEEBDB548211BC659BE532ED1FC2C418D2D803EDC24C4C10D68BEC87 Participant Details
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• tweetId - 1691210184943628288
• classification - MISINFORMED_OR_POTENTIALLY_MISLEADING
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• summary
• Wood-burning fires are approx. 1,880.6 degrees. Aluminum Alloy's melting point is 865-1,240 degrees. Aluminum's melting point is 1,200 degrees https://firefighternow.com/can-fire-really-melt-metal/#:~:text=That%20would%20be%20approximately%201%2C880.6,of%20a%20wood%2Dburning%20fire. Trees develop thicker bark which does not catch fire or burn easily https://www.nationalforests.org/our-forests/your-national-forests-magazine/how-trees-survive-and-thrive-after-a-fire#:~:text=Thick%20bark.,frequency%2C%20low%2Dintensity%20fires. Ingredients in asphalt are not combustible https://www.superioraggregates.net/the-impact-of-wildfires-on-asphalt-pavement-roads/#:~:text=Many%20of%20the%20ingredients%20used,lower%20than%20its%20ignition%20temperature.