| Viscosity |
Koreox PAGs have various kinds of viscosity and the viscosity doesn¡¯t
change much despite temperature variation. Namely, the high viscosity
index lubricants might be a significant fact in using Koreox Lubricants. |
| Lubricity |
Koreox PAGs are superior to mineral or synthetic oils in terms of the vey
high hydrodynamic lubricity, which is effective in reducing equipment
abrasion. |
| Fluidity |
Koreox PAGs generally have low pour points, permitting some products to
be used at temperatures as low as -50¡É. They are wax free and not
affected by cooling to below their pour points. |
| Stability |
Koreox PAGs are stable under poor conditions such as heat, antioxidant air,
an acid, a base. On pyrolysis, separated PAGs are vaporized, soluble, and
there are no remnants after burning. |
| Solubility |
KOREOX A and W series are soluble in cold water and separable at high
temperatures, which might explain PAG lubricity in water. In addition,
Koreox PAGs are emulsive and not soluble in mineral oils or hydrocarbon
solvents. |
| Effect on Metal |
Koreox PAGs are non-corrosive to iron, steel, bronze or aluminum under
normal conditions and can be used without restriction in the oil pressure
system or industrial systems. Additives can be used for preventing
corrosion where there is water is. |
| Effect on Rubber& Paints |
Koreox PAGs have little or no effect on most compounds made of natural
and synthetic rubbers, seals or gaskets. However, a combination of epoxy
and phenolic paints is required since their unusual solvency can affect
some paints. |