Originally Posted By: Tom NJ
On a theoretical basis the polarity of esters should provide advantages under some wear regimes, but since the AW & EP additives dominate wear control, it's kind of academic under normal operating conditions. I have always been reluctant to make a definitive claim of wear protection for esters, although evidence does suggest it.
Thanks for sharing your expertise.
I have heard questioned before that the polarity of esters would compete with moly AW coating/bonding to metal.
Is this generally true with moly and esters?
What about the other AW agents, Zinc, Boran, Titanium?
On a theoretical basis the polarity of esters should provide advantages under some wear regimes, but since the AW & EP additives dominate wear control, it's kind of academic under normal operating conditions. I have always been reluctant to make a definitive claim of wear protection for esters, although evidence does suggest it.
Thanks for sharing your expertise.
I have heard questioned before that the polarity of esters would compete with moly AW coating/bonding to metal.
Is this generally true with moly and esters?
What about the other AW agents, Zinc, Boran, Titanium?