Editing Openai/67cf5f24-8e70-8006-a3d6-7ac28f332356 (section)

=== Assistant: If the bullet is fully encapsulated in carbon fiber from the beginning, the likelihood of ignition depends on the follo… ===
If the bullet is fully encapsulated in carbon fiber from the beginning, the likelihood of ignition depends on the following factors:

===== - When a bullet is fired, it experiences extreme pressure and heat, especially from the burning gunpowder. =====
* The temperature inside a gun barrel can reach 2000–3000°C (3600–5400°F), which is far beyond the ignition point of most polymer resins used in carbon fiber composites.
* If the resin burns or degrades, the carbon fiber structure may weaken, possibly breaking apart before the bullet exits the barrel.

===== - Pure carbon fibers can withstand very high temperatures (up to 1500°C in non-oxidizing environments). =====
* However, most carbon fiber composites contain resins that start degrading around 200–400°C.
* If the resin burns away, the remaining carbon structure might still hold, but its integrity would be compromised.

===== - If the carbon fiber encapsulation is thick and strong, it might insulate the bullet enough to prevent immediate combustion, but the resin could still degrade from the heat. =====
* If the carbon fiber structure fails during firing, it could cause catastrophic failure inside the barrel, leading to dangerous malfunctions or even an explosion.

===== If a bullet is encapsulated in carbon fiber from the start, the heat from firing would likely burn or weaken the resin, and the bullet might either fail to fire properly or cause damage to the firearm. If the bullet does exit the barrel, it could already be compromised, potentially affecting accuracy and effectiveness. =====