aluminum ic piping
Aluminum is a better choice for material due to:
1. Higher thermal conducitivity, thus dissapating more heat under boost, ie lower intake air temps giving increased air density.
2. Aluminum has a natural luster, can polish very nicely and doesnt rust. Aluminized over time looks like crap unless you paint the surface. I did my IC piping out of aluminized since it was all I had laying around the shop this summer. I am redoing the piping in aluminum this winter.
Welding thin gauge aluminum piping is tricky, more so than steel. You'll have to find someone that is comfortable welding aluminum (assuming you cant weld yourself), which costs more than steel would.
1. Higher thermal conducitivity, thus dissapating more heat under boost, ie lower intake air temps giving increased air density.
2. Aluminum has a natural luster, can polish very nicely and doesnt rust. Aluminized over time looks like crap unless you paint the surface. I did my IC piping out of aluminized since it was all I had laying around the shop this summer. I am redoing the piping in aluminum this winter.
Welding thin gauge aluminum piping is tricky, more so than steel. You'll have to find someone that is comfortable welding aluminum (assuming you cant weld yourself), which costs more than steel would.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by boosted hybrid »</TD></TR><TR><TD CLASS="quote">Aluminum is a better choice for material due to:
1. Higher thermal conducitivity, thus dissapating more heat under boost, ie lower intake air temps giving increased air density.
2. Aluminum has a natural luster, can polish very nicely and doesnt rust. Aluminized over time looks like crap unless you paint the surface. I did my IC piping out of aluminized since it was all I had laying around the shop this summer. I am redoing the piping in aluminum this winter.
Welding thin gauge aluminum piping is tricky, more so than steel. You'll have to find someone that is comfortable welding aluminum (assuming you cant weld yourself), which costs more than steel would. </TD></TR></TABLE>
100 % agree
1. Higher thermal conducitivity, thus dissapating more heat under boost, ie lower intake air temps giving increased air density.
2. Aluminum has a natural luster, can polish very nicely and doesnt rust. Aluminized over time looks like crap unless you paint the surface. I did my IC piping out of aluminized since it was all I had laying around the shop this summer. I am redoing the piping in aluminum this winter.
Welding thin gauge aluminum piping is tricky, more so than steel. You'll have to find someone that is comfortable welding aluminum (assuming you cant weld yourself), which costs more than steel would. </TD></TR></TABLE>
100 % agree
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Its a 91 integra....
http://www.onlinemetals.com/me...id=71
this site seems pretty reasonable with price, and its T6 6061 aluminum...
I bought 2 180's 2.5" OD, 1 90 2.5" OD, 1 180 2" OD, 1 90 2" OD from Kteller, I thought that would be enough but didnt realize his bends dont begin as long as the steel piping that JC Whitney sells that the one kid uses in his tutorial on how/where to cut to make bends.
So I think i might need a few feet of straight piping...maybe one or two more bends for mistakes as well.
http://www.onlinemetals.com/me...id=71
this site seems pretty reasonable with price, and its T6 6061 aluminum...
I bought 2 180's 2.5" OD, 1 90 2.5" OD, 1 180 2" OD, 1 90 2" OD from Kteller, I thought that would be enough but didnt realize his bends dont begin as long as the steel piping that JC Whitney sells that the one kid uses in his tutorial on how/where to cut to make bends.
So I think i might need a few feet of straight piping...maybe one or two more bends for mistakes as well.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by tgh99si »</TD></TR><TR><TD CLASS="quote">thanks for setting me straight</TD></TR></TABLE>
We do what we can.
We do what we can.
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DamonBoost
Forced Induction
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Jun 24, 2002 06:03 PM



