i'm new be nice

[Fredoops]

the injen is a thinner material, its lighter and reduces heat transfer.

Wrong

Lighter and thinner pipes means INCREASED heatsoak and heat transfer rates, it's worse.

the pod filters are irrelevent, as they both provide enough flow and theres nothing wrong with the mounting hardware on the injen the diffrence is that injen do there own research and development where as fujita copy the work of other company.... its rota all over again

Didnt Fujita came out with the CAI for TSX BEFORE Injen??

Regardless, the oiled cotton filter Injen use, wasn't that a "K&N" design originally? like, from the 1960's? SO are they copycats of K&N oiled cotton design?


You got an attitude problem.

[TheSaint]

Wrong

Lighter and thinner pipes means INCREASED heatsoak and heat transfer rates, it's worse.




Didnt Fujita came out with the CAI for TSX BEFORE Injen??

Fredoops is right - lighter and thinner means more heat transfer
and as far as i know they came out with a kit before Injen did

they also made a better kit for the Dc2 VTI-R (different intake manifold position) than Injen as well

[Daveho1]

how dose having a thicker pipe reduce heat soak?
you have a relevence problem,
i said the filter is irrelevent and im not even refrencing it.
i donno did fujita do an intake for the tsx first? how dose it compair ?

[Fredoops]

how dose having a thicker pipe reduce heat soak?

Basic thermal conductivity, what did you fail physics?

Thermal resistance formula: L/(kA) or in English (something you appear to be failing to grasp): Thickness/(conductivity*area)

Else being equal the greater the thickness the greater the thermal resistance.

To put it in stupid speak:
A thin wok pan vs a thick cash iron pot, which heats up quicker?
A single brick house vs double brick house, which is cooler?

Now quit being an ass who thinks he knows everything.
Aren't you the same bloke who didn't believe in such thing as oxidation in engine oil in another thread?

[Daveho1]

Basic thermal conductivity, what did you fail physics?

Thermal resistance formula: L/(kA) or in English (something you appear to be failing to grasp): Thickness/(conductivity*area)

Else being equal the greater the thickness the greater the thermal resistance.

To put it in stupid speak:
A thin wok pan vs a thick cash iron pot, which heats up quicker?
A single brick house vs double brick house, which is cooler?

Now quit being an ass who thinks he knows everything.
Aren't you the same bloke who didn't believe in such thing as oxidation in engine oil in another thread?

what oil oxidation thread?
secondly im happy to be corrected as physics isnt my strong suit as i never studied it, i had it explained to me by someone whom i trusted and has made some exceptionally quick cars,so thats my bad. but wouldnt then the same be true that yes a thicker pipe would offer greater resistance to heating up but then take longer to cool aswell?
seeing if i can strike out compleatly here, i have always been under the impression (as stated in my previous post) that fujita are a copy company, once i realised i may have been misinformed on the subject i chucked there name into google and ebay is the first thing to come up, when you find there website the contact address is in poland?
is it a case of they are just a small off shoot of some other company or ??