How To Determine Materials for a Turbo Manifold
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- Опубликовано: 7 июл 2024
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quality vid man, keep up the good work
Thank you for your kind words and support. Happy New Year - I'm looking forward to what this year has in store.
Happy new year brother. I would definitely like the spread sheet. Also I make everything from 304ss. But 321 is significanty more expensive. Very informative video
Happy New Year to you and yours as well. I'm happy to send the spreadsheet to you. Send me an email and I'll forward it to you: Alex@bpautosports.net
For 321SS, check out Stainless Bros. Their stainless is the highest quality I've used and their pricing is quite reasonable when compared to other manufacturers.
Awesome video and great explanation on the process! How come you're using tube instead of sch10 pipe on this manifold?
Happy new year!!
Thank you for your kind words and support. This manifold is an experimental piece testing the resilience of tubing in this application without a turbo support. While my MKIV Supra has a tube header, its turbo sits on an oil drain mount and the header supports none of that load.
This header will give me a better idea of the capabilities of tubing in this capacity without anyone else playing lab rat.
Happy New Year to you and yours as well. Here's to the beginning of a great year.
@@AlexLindner got it. Thanks for the reply. I wonder how the tubing will hold up to the abuse.
If your MKIV manifold was made of stainless instead of Inconel (if I remember correctly its inconel) do you think it would hold up to the heat and abuse even being mount by the drain?
@@bohdanko90We'll see as time goes on.
It would hold up for some time, but would ultimately succumb to thermal fatigue, I suspect. That's an extreme use case, however, and even inconel will fail at some point. It's such an extreme environment that I don't know of any material that's entirely immune to failure.
What size was the main head exhaust flange, 12 or 16mm? Sorry if i missed it
Are you referring to the thickness of the head flange?
@@AlexLindner yes
It's 0.625", or nearly 16mm.
@@AlexLindner thankyou very much!