Originally Posted By: MateoTorgy
I'm hoping to get a group 4 or, preferably, 5 based on the literature I've read thus far, primarily from when I was studying motorcycle oils and deciding on a particular brand and formula. Based on what I've read from seemingly reputable and reliable sources, esters are polar and cling to metals thereby providing better protection on metal-to-metal surfaces when compared to group 3 or 4 oils. Therefore, if I can get a group 5 oil, whether its base or fortified 4, for the same price as a group 3 or 4, or blended 3/4 oil, then why not? I understand your point about the significance of additive or anti-wear packages. But yet again, if the same or similar additives are used for all "synthetic" oils (groups 3, 4, and 5), then the difference maker would in fact be the base.
Note that the polar structure of esters also has the negative consequence of interfering with the way anti-wear additives work... they "fight" each other for metallic surface area, resulting in more wear as the anti-wear additives aren't where they are supposed to be. As they say, too much of a good thing is not a good thing.
I'm hoping to get a group 4 or, preferably, 5 based on the literature I've read thus far, primarily from when I was studying motorcycle oils and deciding on a particular brand and formula. Based on what I've read from seemingly reputable and reliable sources, esters are polar and cling to metals thereby providing better protection on metal-to-metal surfaces when compared to group 3 or 4 oils. Therefore, if I can get a group 5 oil, whether its base or fortified 4, for the same price as a group 3 or 4, or blended 3/4 oil, then why not? I understand your point about the significance of additive or anti-wear packages. But yet again, if the same or similar additives are used for all "synthetic" oils (groups 3, 4, and 5), then the difference maker would in fact be the base.
Note that the polar structure of esters also has the negative consequence of interfering with the way anti-wear additives work... they "fight" each other for metallic surface area, resulting in more wear as the anti-wear additives aren't where they are supposed to be. As they say, too much of a good thing is not a good thing.