Mike@TyrolSport
Ready to race!
Great questions, DopeDPanda. :thumbsup: You must be an engineering student or engineer.
Here is a material spec sheet: http://www.morganbronze.com/pdf_files/954_spec.pdf
The options we considered viable were;
mild steel (cheaper, no corrosion protection)
Coated mild(hot black oxide, etc.) (still cheaper, but not as good as the other choices in corrosion)
stainless steel (more expensive, great corrosion, more difficulty machining)
titanium(would be priced too high)
Bronze(Best compromise of performance, price, manufacuring). Has the best lubricity out of any of the above choices.
Let us know what you would have chosen, knowing that the subframe is a coated mild steel.
While you are correct on the Anode/Cathode, a small dab of grease or anti-seize compound will mitigate any consequences.
Mike@tyrolsport.com
Here is a material spec sheet: http://www.morganbronze.com/pdf_files/954_spec.pdf
The options we considered viable were;
mild steel (cheaper, no corrosion protection)
Coated mild(hot black oxide, etc.) (still cheaper, but not as good as the other choices in corrosion)
stainless steel (more expensive, great corrosion, more difficulty machining)
titanium(would be priced too high)
Bronze(Best compromise of performance, price, manufacuring). Has the best lubricity out of any of the above choices.
Let us know what you would have chosen, knowing that the subframe is a coated mild steel.
While you are correct on the Anode/Cathode, a small dab of grease or anti-seize compound will mitigate any consequences.
Mike@tyrolsport.com