Ceramic coated the intake plenum.. pics
Ceramic coated the intake plenum.. pics
Looks better than I thought it would. The pictures do not do it justice. Its a lot shinier in real life than in the pictures...
,Jason
,Jason
Thanks guys.
I think I am going to keep the Kenne bell stock finish. I did however polish the new 3" pulley. I am not a "huge" bling fan. I like it in small doses.
Here are a couple of parts that I painted silver.. Better than the rust color they were.

I think I am going to keep the Kenne bell stock finish. I did however polish the new 3" pulley. I am not a "huge" bling fan. I like it in small doses.

Here are a couple of parts that I painted silver.. Better than the rust color they were.

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Originally posted by Master Of Pain
Why did you ceramic coat the plenum? It will hold in heat now.
Why did you ceramic coat the plenum? It will hold in heat now.
Many companies sell things like Ceramic Coated Intake System, intakes etc for the reduction of heat penetration.
The fact that it is ceramic coated will not affect internal heat trying to get out. No heat would get from the inside out with this thick aluminum plenum anyway.
At least thats how I understand this whole ceramic coating thing.
Originally posted by NTIMD8
Huh? Parts like Intake manifold exterior, plenum extriors etc can be ceramic-coated to reduce heat penetration. It will not hold in heat due to it being coated. . .
Huh? Parts like Intake manifold exterior, plenum extriors etc can be ceramic-coated to reduce heat penetration. It will not hold in heat due to it being coated. . .
So if the inside of the plenum normally gets hotter than the underhood air, it is a step backwards.
Originally posted by Tim Skelton
Not so. The ceramic works both ways.
Not so. The ceramic works both ways.
So if the inside of the plenum normally gets hotter than the underhood air, it is a step backwards.
Originally posted by Tim Skelton
Not so. The ceramic works both ways.
So if the inside of the plenum normally gets hotter than the underhood air, it is a step backwards.
Not so. The ceramic works both ways.
So if the inside of the plenum normally gets hotter than the underhood air, it is a step backwards.
Underhood temps are about 160 or more. Temp of the Blower under the inlet plenum is about 205
Inlet temp, even on Hot days is about 120
Jim
I'd like to see some more testing.
I was always under the impression that Ceramic coating keeps heat IN, which is why with my Turbo setups I always used ceramic coated headers and downpipes, because you wanted the hottest exhaust possible to spin the exhaust compressor..
I'm confuzzled..
Looks good though!
I was always under the impression that Ceramic coating keeps heat IN, which is why with my Turbo setups I always used ceramic coated headers and downpipes, because you wanted the hottest exhaust possible to spin the exhaust compressor..
I'm confuzzled..
Looks good though!
Originally posted by typhoon43
I'd like to see some more testing.
I was always under the impression that Ceramic coating keeps heat IN, which is why with my Turbo setups I always used ceramic coated headers and downpipes, because you wanted the hottest exhaust possible to spin the exhaust compressor..
I'm confuzzled..
Looks good though!
I'd like to see some more testing.
I was always under the impression that Ceramic coating keeps heat IN, which is why with my Turbo setups I always used ceramic coated headers and downpipes, because you wanted the hottest exhaust possible to spin the exhaust compressor..
I'm confuzzled..
Looks good though!
It prevents heat from penatrating and also prevents heat from escaping. So depending on the application it can be used both ways.



