I think the thread locker instructions are kind of silly, considering you heat up loctite to remove a fastener.
I agree.
I just picked nickel anti seize because it had a higher temp rating than copper.
From what I read you chose wisely by not using copper since it would have allowed the transfer of galvanic current. We have the best intentions when we modify our rigs, but little things like that can end up being a critical mistake and lead someone like @TJ Jim to post about seeing titanium fasteners corrode in an iron head (which would be a factual statement).
I don't know a bunch about titanium, but I think grade 6 has the best thermal expansion qualities and I assumed he picked grade 6 because of that.
I put a lot less thought into this than some of you guys, I just wanted to make sure the threads were good.
Honestly I was most impressed with the broaching. Never have I ever setup a rotary broach and not had the face of the broach look like a chewed up dog toy.
I definitely appreciate good machining and may go with this kit. I need to know the drill bit size for modifying the outer holes and will need to know which slots need to be modified. I'll be out of state until almost June so I need to have the installer do this while I'm away. I'll need to hit the road asap upon my arrival and will need to do other work, so I'm going to bite the bullet and pay to have this done before my arrival.
Most of the info I found regarding Ti fasteners showed grade 2 or grade 5. After looking again, grade 6 Ti is definitely a thing so I'm going to edit my previous post.
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