Sx Super Comp Headers Installed With Pics
07-13-2006, 07:21 PM
#121
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Originally Posted by 1bdbrd
BE CAREFUL GUYS ORDERING THESE. this is SS AutoChrome under a different name. they do a lot of cheap tubular stainless turbo headers for different imports and the general concensus is that they are crap. lots of people have them break at the welds. now i know these arent turbo headers but figured i would atleast inform people of their past company history...
if you want more info check out places like www.honda-tech.com or www.dsmtalk.com or places like that and do a search for "SSAC" and just start reading.
if you want more info check out places like www.honda-tech.com or www.dsmtalk.com or places like that and do a search for "SSAC" and just start reading.
AHHHHHH--MY EYES.!!!! .....Do not show these sites to the unwary... 
09-29-2006, 09:57 PM
#124
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I just got a reply from the guy that sells them and got a webpage that shows some pictures try this link http://www.ssautochrome.com/level.itml/icOid/1698
10-01-2006, 10:29 PM
#127
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yes it can its not alot that needs to be taken off and if you look at the page posted above the car that is green is mine and there is a pic on there showing how much was ground off like i said not a whole lot....
10-07-2006, 07:11 AM
#128
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I found this on the internet, for you metallurgists out there does this mean my 321 ss chinese headers will be full of holes in a year or so from the alcohol blend since they removed the MTBE?????
Abstract The electrochemical corrosion behaviour (passivity, pitting and repassivation) of austenitic stainless steel AISI 321 containing titanium has been investigated in methanol containing different concentrations of sulphuric acid (0.001–1 M). The cathodic reaction is observed to be hydrogen evolution. Anodic polarization of the stainless steel reveals a characteristic cathodic loop in methanol with higher concentrations of H2SO4 (0.1 M and 1 M). A clear and stable passivity is also observed in each solution mixture which breaks down at higher potentials due to pitting. The passivation current, passivity range, pitting intensity and pitting potential are found to vary with variation of acid concentration in the methanol. The kinetics of pitting and the morphology of the pits have been studied. A variation in concentration of acid and scan rate has been found to influence the protection potential of the stainless steel.
Abstract The electrochemical corrosion behaviour (passivity, pitting and repassivation) of austenitic stainless steel AISI 321 containing titanium has been investigated in methanol containing different concentrations of sulphuric acid (0.001–1 M). The cathodic reaction is observed to be hydrogen evolution. Anodic polarization of the stainless steel reveals a characteristic cathodic loop in methanol with higher concentrations of H2SO4 (0.1 M and 1 M). A clear and stable passivity is also observed in each solution mixture which breaks down at higher potentials due to pitting. The passivation current, passivity range, pitting intensity and pitting potential are found to vary with variation of acid concentration in the methanol. The kinetics of pitting and the morphology of the pits have been studied. A variation in concentration of acid and scan rate has been found to influence the protection potential of the stainless steel.
