Good place to get a new intercooler
01-30-2006, 02:39 AM
#1
0.0 BAR
Thread Starter
Join Date: Jan 2006
Posts: 33
Good place to get a new intercooler
Ok well im selling the one i had since it just sticks down to far... but i am wondering where it a good place to get a new intercooler?
I would like a Spearco (sp?) core if i could but any will do... Bar and plate (referd) tube and fine is fine too
size i need is 30" long 6" tall and 4" deep
the long and deep sizes can vary.. but it cant be any taller then 6"...
I would like a Spearco (sp?) core if i could but any will do... Bar and plate (referd) tube and fine is fine too
size i need is 30" long 6" tall and 4" deep
the long and deep sizes can vary.. but it cant be any taller then 6"...
01-30-2006, 03:25 AM
#2
3.0 BAR
Join Date: Apr 2005
Posts: 6,036
Re: Good place to get a new intercooler
close to what your looking for http://customcoachofamerica.com/fmic6.html
01-30-2006, 01:59 PM
#3
0.0 BAR
Join Date: Mar 2004
Posts: 0
01-30-2006, 02:27 PM
#4
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Join Date: Feb 2005
Posts: 0
01-31-2006, 09:48 AM
#7
0.0 BAR
Join Date: Feb 2003
Posts: 0
Re: Good place to get a new intercooler
Tube and fin > bar and plate.
Flow through the core is nothing, surface area for the charge to drag against and make as much contact with as possible so actual heat transferrence takes place is GOD. For the same core size and inlet size, the more efficient IC is the one with the bigger pressure drop.
Flow through the core is nothing, surface area for the charge to drag against and make as much contact with as possible so actual heat transferrence takes place is GOD. For the same core size and inlet size, the more efficient IC is the one with the bigger pressure drop.
02-01-2006, 01:32 AM
#8
0.0 BAR
Thread Starter
Join Date: Jan 2006
Posts: 33
Re: Good place to get a new intercooler
Originally Posted by Joseph Davis
Tube and fin > bar and plate.
Flow through the core is nothing, surface area for the charge to drag against and make as much contact with as possible so actual heat transferrence takes place is GOD. For the same core size and inlet size, the more efficient IC is the one with the bigger pressure drop.
Flow through the core is nothing, surface area for the charge to drag against and make as much contact with as possible so actual heat transferrence takes place is GOD. For the same core size and inlet size, the more efficient IC is the one with the bigger pressure drop.
