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you mean 13,000,000 mb of linked pdf files and 4ball scar tests (one armed bandit) might not have as much merit as we're led to believe?![]()
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While these Virgin samples are fun to play with, I can tell you that there is a sweat, love and thought that goes into oil blending/production than you will not see on a basic lab analysis.
To compare two oils and say, "This one has more boron, Calcium, Moly, etc.- so it must be better" really discounts the behind-the-locked-doors work that chemists/fluid eng. labour over.
If it was as easy as simply sprinkling some basic elements into a well known groupIII/IV/V oil, don't you think that everyone would be doing that? Think of all the millions that could be saved be not building research centres or paying guys like me to devote a lifetime to the study of fluids and how they interact with their surrounding enviroments.
As an aside, my personal belief is that some companies (cough,Amsoil,cough) knowingly blend their oils the way they do, because they know you guys will shell out for the elemental tests, and then get all exctied when you see the basic elements that you are looking for: "Look! Lots of zinc! This oil is going to make my engine last forever!" Not to single Amsoil out, but its clear they know what you guys are up too.
At the end of the day, the things that make an oil really "work" and stand out from its peers, are not the things that you are going to see on any Blackstone labs tests.
If it was that easy, all oils would look and act the same.
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While these Virgin samples are fun to play with, I can tell you that there is a sweat, love and thought that goes into oil blending/production than you will not see on a basic lab analysis.
To compare two oils and say, "This one has more boron, Calcium, Moly, etc.- so it must be better" really discounts the behind-the-locked-doors work that chemists/fluid eng. labour over.
If it was as easy as simply sprinkling some basic elements into a well known groupIII/IV/V oil, don't you think that everyone would be doing that? Think of all the millions that could be saved be not building research centres or paying guys like me to devote a lifetime to the study of fluids and how they interact with their surrounding enviroments.
As an aside, my personal belief is that some companies (cough,Amsoil,cough) knowingly blend their oils the way they do, because they know you guys will shell out for the elemental tests, and then get all exctied when you see the basic elements that you are looking for: "Look! Lots of zinc! This oil is going to make my engine last forever!" Not to single Amsoil out, but its clear they know what you guys are up too.
At the end of the day, the things that make an oil really "work" and stand out from its peers, are not the things that you are going to see on any Blackstone labs tests.
If it was that easy, all oils would look and act the same.
Much wisdom in these words.
Quote:
Quote:
While these Virgin samples are fun to play with, I can tell you that there is a sweat, love and thought that goes into oil blending/production than you will not see on a basic lab analysis.
To compare two oils and say, "This one has more boron, Calcium, Moly, etc.- so it must be better" really discounts the behind-the-locked-doors work that chemists/fluid eng. labour over.
If it was as easy as simply sprinkling some basic elements into a well known groupIII/IV/V oil, don't you think that everyone would be doing that? Think of all the millions that could be saved be not building research centres or paying guys like me to devote a lifetime to the study of fluids and how they interact with their surrounding enviroments.
As an aside, my personal belief is that some companies (cough,Amsoil,cough) knowingly blend their oils the way they do, because they know you guys will shell out for the elemental tests, and then get all exctied when you see the basic elements that you are looking for: "Look! Lots of zinc! This oil is going to make my engine last forever!" Not to single Amsoil out, but its clear they know what you guys are up too.
At the end of the day, the things that make an oil really "work" and stand out from its peers, are not the things that you are going to see on any Blackstone labs tests.
If it was that easy, all oils would look and act the same.
Much wisdom in these words.
Quote:
Quote:
While these Virgin samples are fun to play with, I can tell you that there is a sweat, love and thought that goes into oil blending/production than you will not see on a basic lab analysis.
To compare two oils and say, "This one has more boron, Calcium, Moly, etc.- so it must be better" really discounts the behind-the-locked-doors work that chemists/fluid eng. labour over.
If it was as easy as simply sprinkling some basic elements into a well known groupIII/IV/V oil, don't you think that everyone would be doing that? Think of all the millions that could be saved be not building research centres or paying guys like me to devote a lifetime to the study of fluids and how they interact with their surrounding enviroments.
As an aside, my personal belief is that some companies (cough,Amsoil,cough) knowingly blend their oils the way they do, because they know you guys will shell out for the elemental tests, and then get all exctied when you see the basic elements that you are looking for: "Look! Lots of zinc! This oil is going to make my engine last forever!" Not to single Amsoil out, but its clear they know what you guys are up too.
At the end of the day, the things that make an oil really "work" and stand out from its peers, are not the things that you are going to see on any Blackstone labs tests.
If it was that easy, all oils would look and act the same.
Much wisdom in these words.