Many metals can be reacted with organic components to form organometallics that are indeed liquids at around room temperature. Tetraethyl lead is a good example of this. It is a clear viscous liquid at room temperature with four ethyl groups (CH3CH2-)attached to the lead. So a metal like titanium can be treated this way as well. The real research and chemistry would involve finding the right organic groups to put on the metal and maximizing the properties you want to achieve by varying the organic groups. n-Butyl titanate is, for example, a viscous liquid at room temperature but reacts quickly with water or other hydroxy materials. It can actually crosslink cellulose but this is not an appropriate chemistry for oil and wear protection. So I am sure that the chemists have worked to find the right groups to attach to get the behavior they want in motor oil.
^ +1
Alot of people dont realize that alot of metals are in most every day things. Like titanium is in a lot of peoples tooth pastes. There are powder and liquid forms of every metal for the most part. Most people dont even realize that even sodium is actually a metal.
Alot of people dont realize that alot of metals are in most every day things.
Over 1.5% of a human's body weight is comprised of various metals, mostly calcium. Look at the list of metals contained in a vitamin/mineral supplement, all with origins in exploding stars in the ancient cosmos.
I'm going to guess that the add pack is going to be about the same, besides Blackstones skewed numbers- they always show low numbers on VOAs it seems.
But I'm curious and can't wait the 6 months to find out with a UOA