Originally Posted By: CATERHAM
Originally Posted By: dailydriver
Originally Posted By: buster
That is correct, the EP is using a good amount of PAO. They detergent level is higher as well. Thanks for posting the updated MSDS.
Hmmm, maybe I will use the jug of this I have stashed to mix with the M1 0w-40 for my winter OCI, instead of either the Sustina 0W-20, or the TGMO, despite the EP's much lower VI (
) than either of those two products?
If you want the lightest oil on start-up in your climate you're definitely going to want to stick with Sustina with TGMO a secondary choice. M1 AFE is not in the same league.
True, but will either of those help the M1 0W-40's high TBN fight the inevitable winter time fuel dilution as well as the stout M1 0W-20 EP would (which is what I have, NOT the AFE)?
Does it REALLY HAVE TO get down to -40*C, or more for the XOM product to be equal to, or better than the cold flow capabilities of the other two??
And if it does, what exactly is the actual physical component (I'm looking for an actual chemical trait, not just a claimed/factored VI number) which allows the other two to be that much better than the M1 from -40*C to 100*F?
And also, what is it that allows the M1 to have that impressively superior MRV number, just a boatlaod more pour point depressant, or something else?
Originally Posted By: dailydriver
Originally Posted By: buster
That is correct, the EP is using a good amount of PAO. They detergent level is higher as well. Thanks for posting the updated MSDS.
Hmmm, maybe I will use the jug of this I have stashed to mix with the M1 0w-40 for my winter OCI, instead of either the Sustina 0W-20, or the TGMO, despite the EP's much lower VI (
If you want the lightest oil on start-up in your climate you're definitely going to want to stick with Sustina with TGMO a secondary choice. M1 AFE is not in the same league.
True, but will either of those help the M1 0W-40's high TBN fight the inevitable winter time fuel dilution as well as the stout M1 0W-20 EP would (which is what I have, NOT the AFE)?
Does it REALLY HAVE TO get down to -40*C, or more for the XOM product to be equal to, or better than the cold flow capabilities of the other two??
And if it does, what exactly is the actual physical component (I'm looking for an actual chemical trait, not just a claimed/factored VI number) which allows the other two to be that much better than the M1 from -40*C to 100*F?
And also, what is it that allows the M1 to have that impressively superior MRV number, just a boatlaod more pour point depressant, or something else?