Sorry, Retro, but your attempts at citing KJ's explanation to support your argument are invalid. He (and I) both specifically refute that ceramic coating disperses heat. Ceramic coating is used as a insulator and/or barrier. To reach for the point that exhaust flow pressures are responsible our re the dispersion is silly. It's obvious that heat from exhaust gases escape with the flow of the pipe.
Thermal Dissipative coatings, disperse heat. Specifically, ceramic should not be used on the cylinders of air-cooled engines as this will trap added heat inside the engine. If your point were valid, then air flowing over the ceramic coated fins would "extract" heat due to the flow of air over them, thereby "dispersing" heat. Absurd!
I said "encapsulate" not "contain". Something encapsulated has the ability to enter and leave, it is not static in its location. So your misunderstanding of this word seems to cause you great frustration.
You've got your skirt in a twist over a simple choice of words. But to resort to your immature "name-calling" is wholly inappropriate. Regardless of what you think.
You also used "encase" in your example , which means enclose or to contain as in a capsule , as in your quote..!
to surround, encase, or protect in or as if in a capsule
Your lack of comprehension is on show again mate, its clear that you don't understand a thing i've said, your example of an engine has NOTHING to do with how ceramic coatings work in a pipe, To say its "silly" to suggest that the exhaust gases remove the excess heat is stupid, its exactly what happens, if less heat is retained in the pipe it has to go somewhere..? Then you actuall agree with your next statement..WTF. I know exactly how any coating works on an engine, its been discussed here many times , totally different, it gets back to your lack of comprehension, you can also stop sending me childish PM's , i don't read them and do not care one little bit what you have to say, you haven't once tried to digest whats being said here . Just for you mate, people like you do not frustrate me, amuse would be a better term.... Once again for the dummy, ceramic coatings on pipes AID in the dispersion of heat by not allowing the heat to be retained in the pipe therefore it is disposed of through the exhaust process, it doesn't cause dispersion, it stops the pipe getting as hot as it would without it...
, is that plain enough for you... My original typo was To, instead of Too, not what you claimed, go back and read, it was that post i made at 5am, there was no "swipe" at all in that post, you made that up....Read all my posts, the explanation is there for all to see.... IT AIDS IN THE DISPERSION OF HEAT ON A PIPE... Ceramic is a thermal barrier.... If the pipe retains less heat, it is disposed of {dispersed} through the exhaust process. I have no idea of what your continuous ramblings are trying to prove, I understand industrial coatings implicitly , as i said, industrial coatings are my trade... Its clear you are interpreting what i am saying to suit your petty argument instead of seeing that i am saying the same thing as KJ, you just don't seem to have the ability to digest that.... I've already had a few PM's regarding your approach to "discussing" points with other well established members here, Take your blinkers off....I have a local motorcycle exhaust manufacturer local to me. i'll show him this next time i'm in the shop, he should get a good laugh out of it....
PS, I just deleted your next PM without even looking at it, stop wasting your time....
