Apply : A small amount of Nanolube to the friction surface
and rotate the bearing or move along the contact surface to distrubute the nanomaterial to the friction surfaces. Friction
then transfers the nanomaterial from the carrier oil to the friction surface.
The 0.1nm to 4nm particles embed into the upper
regions of the bearing \ friction surface - providing a coating similar to a Diamond like Carbon film, keeping the surfaces
from touching together, while reducing friction and wear. Van der Whals attraction allows these very small particles to adhere
to the applied surfaces - even after the carrier oil has evaporated.
Superlubricity is provided not by the synthetic carrier oil
- it comes from the trillions of extremely small, 0.1nm to 4 nanometer synthetic diamond ball bearings that coat surfaces,
which prevents metal contact. As an average it takes 80,000 Nanolube particles to span the width of a human hair - all particles
are spherical, synthetic diamond.
