Aluminum LICP vs. Steel LICP
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Aluminum LICP vs. Steel LICP
I'm wanting to order my licp but am wondering what the difference between aluminum and steel are?
I've been told that steel retains heat more then the aluminum and of course the weight is also a difference. Other then that what else is different about them?
I was told aluminum is much more expensive yet I see many companies selling their steel pipes for the same price as AMS's aluminum licp.
I've been told that steel retains heat more then the aluminum and of course the weight is also a difference. Other then that what else is different about them?
I was told aluminum is much more expensive yet I see many companies selling their steel pipes for the same price as AMS's aluminum licp.
The steel reatining more heat than the aluminum I'm not to sure about and the weight difference of both the steel and aluminum LICP is not drastic enough to make a difference. Steel LICP are usually a bit cheaper than aluminum LICP to produce depending on who manufactures them.
But when it comes down to it, they both do the same thing.
But when it comes down to it, they both do the same thing.
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yeah...thats why im confused, the ones who make the steel are right at the same price as the aluminum AMS if not more...
Is there any difference in mild steel and stainless steel?
Is there any difference in mild steel and stainless steel?
Last edited by Inprogress; Nov 22, 2006 at 10:46 AM.
Originally Posted by Inprogress
yeah...thats why im confused, the ones who make the steel are right at the same price as the aluminum AMS if not more...
Is there any difference in mild steel and stainless steel?
Is there any difference in mild steel and stainless steel?
Here's a brief run down:
Mild steel is the most common form of steel as its price is relatively low while it provides material properties that are acceptable for many applications. Mild steel has a low carbon content (up to 0.3%) and is therefore neither extremely brittle nor ductile.
Stainless steel is defined as a ferrous alloy with a minimum of 10% chromium content, up to 26% in harsh environments. It is also more brittle than mild steel.
FWIW, Nisei sells their 1018 steel Lower for $139 and their aluminum for $225. If other companies are selling steel versions for the same amount as aluminum pipes, they either are making a higher profit margin on the steel pipes or their production costs could be higher (ie: 1 piece vs 2 piece design, support brackets, outsourcing vs in-house production, etc.)
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nisei is out of stock till at least after or around christmas, the hpf one is mild steel at 199 and thats the only decently priced steel one. I may just order the ams aluminum on monday...
Originally Posted by Inprogress
nisei is out of stock till at least after or around christmas, the hpf one is mild steel at 199 and thats the only decently priced steel one. I may just order the ams aluminum on monday...
I'll sell you my steel NISEI LICP (just got it and is still in the box) for $165 + shipping...
Remember also that the steel is stronger than the aluminum LICP....
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Originally Posted by cij911
I'll sell you my steel NISEI LICP (just got it and is still in the box) for $165 + shipping...
Remember also that the steel is stronger than the aluminum LICP....
Remember also that the steel is stronger than the aluminum LICP....
Alum. is stronger than steel, but it is not as plastic (i.e. it will not flex/bend as much).
Originally Posted by SmikeEvo
Ah...are you sure?
Alum. is stronger than steel, but it is not as plastic (i.e. it will not flex/bend as much).
Alum. is stronger than steel, but it is not as plastic (i.e. it will not flex/bend as much).
Tensile strength breakdown:
Code:
ALUMINUM Alloy Tensile Proof Elongation Designation Strength (psi) Strength (psi) (%) 6061-0 18000 8000 25 6061-T6 45000 40000 12 7005-T6 51000 42000 13 7050-T6 83000 73000 11 7075-T6 83000 73000 11 STEEL Alloy Tensile Yield Elongation Designation Strength (psi) Strength (psi) (%) 4130 annealed 81250 52250 28 normalized 97000 63250 25 high T temper 118000 102000 22 low T temper 236000 212000 10
Originally Posted by SmikeEvo
Ah...are you sure?
Alum. is stronger than steel, but it is not as plastic (i.e. it will not flex/bend as much).
Alum. is stronger than steel, but it is not as plastic (i.e. it will not flex/bend as much).
Now back to topic -- you may want steel over aluminum in case the LICP blows off (read other posts)....If you run over an aluminum LICP it is game over, if you have steel you may be ok....
Happy Thanksgiving!!




