Quote:
Superlubricity is provided not by the synthetic carrier oil - it comes from the trillions of extremely small, .1 to 4 nanometer synthetic diamond ball bearings that roll between surfaces, which prevents metal contact.
http://www.nanolube.net/
Even if such spherical nano-diamonds are possible, they are not much bigger than oil molecules so how they are supposed to roll over the surface of the metal reducing friction?
Good link to explain why these don't work:
http://www.gtr.co.uk/forum/upload/65855-nanolub-solid-lubricant-miracle.html
Surface asperities would be like mountains to these particles.
Just posting for a good laugh.
Superlubricity is provided not by the synthetic carrier oil - it comes from the trillions of extremely small, .1 to 4 nanometer synthetic diamond ball bearings that roll between surfaces, which prevents metal contact.
http://www.nanolube.net/
Even if such spherical nano-diamonds are possible, they are not much bigger than oil molecules so how they are supposed to roll over the surface of the metal reducing friction?
Good link to explain why these don't work:
http://www.gtr.co.uk/forum/upload/65855-nanolub-solid-lubricant-miracle.html
Surface asperities would be like mountains to these particles.
Just posting for a good laugh.