Molecular Structure Key to Loosening Frozen Metal Parts?
Kano Laboratories isolated the interdisciplinary physical, electrical and chemical properties, which cause the common industrial problem of frozen metal parts.
Corrosion, compression, chemical reactions, thermal variations, and electrical interrelationships are the primary factors which contribute in varying degrees to frozen metal parts. For example, in some instances, loosening a frozen metal part requires that the molecular bond of oxidation be broken at the first molecular level. This requires that a chemical bond be broken in an often-inaccessible location that literally exists in infinitely small spaces.
Based on a unique proprietary formula and manufacturing process, Kano created a molecule which had an inherent means of expedient self propulsion which would penetrate into spaces which are immeasurably small.
In the lab it was nicknamed Creeping Oil, i.e. Kreeping Oil, i.e. Kroil. To these penetrating properties were added the ability to disrupt the existing corrosive bond while remaining chemically neutral to the base metal.
Since not all frozen parts are caused by corrosion, additional research has provided for the inclusion of other molecular properties assuring that the final molecular architecture would also be capable of loosening frozen metal parts when other factors such as compression were more responsible for the problem. The result is Kroil, the world’s largest selling penetrating oil.
It Works!
Guaranteed to penetrate, lubricate, and loosen frozen metal parts or it costs you nothing!
