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In this context, heat and pressure are locked together. Increase in pressure = increase in temps. As volume expands, pressure goes down and so does temperature. Gas temps inside the casing at ignition are about 5000F for a microsecond - and as soon as the bullet moves forward, temps start dropping rapidly. It's about 4000F an inch or so past the chamber, and about 1500-2000F by the time the bullet exits the muzzle, depending on cartridge and barrel length.
Is there any published data that can substantiate some of these claims about barrel life? (with regards to normal cartridges in that 60-65k psi range.)
The physics are solid.
Implementation has been the challenge -- but ECM turns that (mostly) into a software tweak, while simultaneously broadening the range alloy options. Then add nitriding.
I was looking earlier. They don't do prefits for 6cm? wthProof has tikka prefits for sale on their website with their new gain twist.
Who’s going first?
PXT Pre-Fit Barrels - Proof Research
proofresearch.com