Alright guys, I did a bit more research and have a theory. Silencerco posted on their website that it's made from grade 5 and grade 9 titanium. From some initial reading, it looks like grade 9 is easier to work with (stamp baffles) and has worse heat performance (shows up "reder" on a thermal imaging), and is a weaker titanium (more likely to fail).
So, I have a sneaking suspicion that what we're seeing is the welded joints between a grade 5 blast chamber and grade 5 first baffle fail when connected to the grade 9 baffle stack. I think it's also weakening at that weld the fastest because the grade 9 baffles don't handle the heat as well and Thermaly fatigue faster than anywhere else. As a result, I'd be willing to bet it's a long term design flaw of the can that everyone will experience at some point if they shoot it long enough.
I don't plan on taking it any further than this since I don't own one but think they're super cool and still may end up buying one....... links below if your interested.
Get an expert breakdown of the key differences between grade 5 and grade 9 titanium. Know what to look for when you're selecting materials for your next project.
www.marketsmartb2b.com
Grade 5 Titanium has dominated the discussion for decades but now there are a wide range of applications in which Grade 9 Titanium is the superior choice.
www.ulbrich.com
In the world of engineering and manufacturing, choosing the right material can mean the difference between success and failure. Among the vast array of
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