Ceramic coating and heat extraction coating of parts
#1
Ceramic coating and heat extraction coating of parts
I am collecting all of my parts to get coated and I wanted to make sure I get this right...
Ceramic coated parts include:
exhaust manifold
turbo hotside
o2 housing
down pipe
hot side IC piping.
Heat extraction coated parts include:
FMIC
cold side IC pipes
intake manifold
My question is -- what do you coat the cold side of the turbo? or do you not coat it? Would a ceramic coating help hold heat in and get it moving quickly to the FMIC for cooling?
Ceramic coated parts include:
exhaust manifold
turbo hotside
o2 housing
down pipe
hot side IC piping.
Heat extraction coated parts include:
FMIC
cold side IC pipes
intake manifold
My question is -- what do you coat the cold side of the turbo? or do you not coat it? Would a ceramic coating help hold heat in and get it moving quickly to the FMIC for cooling?
#3
not with a good FMIC -- my cold side wont rise but MAYBE 20 deg over ambient..
I think that the hot side pipes should still be ceramic coated -- but its only because your trying to keep the heat in and moving.. ? you dont want it to slow down in the pipe?
I donno really -- just lookin for some... pointers.
I think that the hot side pipes should still be ceramic coated -- but its only because your trying to keep the heat in and moving.. ? you dont want it to slow down in the pipe?
I donno really -- just lookin for some... pointers.
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#10
The reasoning in the IC piping being ceramic coated - was because of its proximity to the motor, and the poor airflow that it would see. It would benefit more from being shielded from the heat, rather then try to dissipate the heat from within it.
This is what I was told from the coating company.
This is what I was told from the coating company.
#15
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