Interesting Little Fuel Supplement Experiment

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For now, I'll just describe this verbally (don't have pics yet, not sure they'd help here).

Last evening, I took my two glass "beakers" I keep in the garage for my "potion mixing experiments". I wiped both down with pure acetone to get them as clean as possible. I rubbed my finger in each, feeling the usual "squeaky clean glass" sensation. Then I re-cleaned them with the acetone. Next, in the first, I mixed gasoline (from one of my storage cans, already containing FP+ and Stabil) and enough Pennzoil Synthetic TC-W3 oil to reach an approximate 400:1 ratio. In the second, I poured the same gasoline, but added nothing.

After they sat for a couple hours, I discarded the liquid in each beaker, and let them air dry via evaporation. Although there was nothing at all visible on either (no film, smudging, etc.), the first beaker had a very slippery/greasy feeling, whereas the second (gasoline, FP, and Stabil only) beaker felt dry as a bone.

Very interesting. Although this is obviously not rigorous science of any sort, it would seem to indicate that the TC-W3 oil is laying down a film of some sort after the carrier liquid (gasoline) is gone. Now, what impact this phenomenon might have in an engine, that is another question.
 
Thanks professor polk!
LOL.gif


No really, thanks for the real world testing... Best way to check things out IMO.
 
I've done the same thing in a less scientific manner. I spilled some of my gas with MMO, Lucas UCL, and Redline SI-1 on the mower deck. Unlike plain gas which evaporates leaving dry white outlines this treated gas left an oil stain that took a long time to disappear into the dust.

Are you suggesting the film is special beyond the normal evaporation of the thin film of fuel that remained in your glass after pouring?
 
Originally Posted By: severach
. . .

Are you suggesting the film is special beyond the normal evaporation of the thin film of fuel that remained in your glass after pouring?


Yes. Notice that I performed the experiment with two glass containers. The first had fuel treated with a dose of my Pennzoil Synthetic TC-W3 oil. The second had the same gasoline (by same, I mean both samples came from the same five-gallon can from my shed), but with no TC-W3 added. After the gasoline was gone, the glass container that had held the "spiked" gasoline had the very slippery film inside, whereas the plain gas one did not.

Again, this is far from rigorous science, but it would seem to support a tentative conclusion that the gas and TC-W3 mix does lay down an oil film on some surfaces. I suppose I should try the experiment with metal surfaces next.
 
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