What's actually
in the bottle
Gen 2 Nano graphene, verified by secondary electron microscopy — not a marketing term.
What A*STAR's electron
microscope actually saw
The Institute of Materials Research and Engineering (IMRE) inspected our graphene powder and graphene-in-oil samples by secondary electron microscopy (SEM), using the powder as a reference. Equipment: Hitachi SU8220, cold field-emission gun, 5kV accelerating voltage.
Source: IMRE Report, Job ref. I23204020 — "Inspection of Graphene Powder and Graphene in Oil," A*STAR, April 2023.
Small enough to work,
stable enough to stay
A graphene sheet that's too large clumps and settles; one that's well dispersed stays suspended in the oil film and can slide between contact surfaces without scoring them.
Nanoplate dispersion
41–110nm plates measured directly from SEM images, distributed evenly rather than clustered.
Low-friction sliding
Graphene's layered lattice shears easily along its plane, letting metal surfaces glide rather than grind.
Boundary-layer protection
Where oil film breaks down under load, nanoplates fill microscopic asperities and reduce metal-to-metal contact.
Compatible with base oils
Tested and blended into fully synthetic 5W-30 oil without disrupting the base oil's own viscosity chemistry.
See the bench
test results
Wear scar, foaming, viscosity and oxidation stability data from an ASTM-member laboratory.