CRISTOLLP can be used as a Lubricant Additive to improve anti friction and anti wear characteristics. It also functions as a sulphur deactivator
CRISTOLLP
Tri Lauryl Phosphite (CAS NO 3076-63-9)
CRISTOLPP will impart anti-wear protection and can improve extreme pressure performance when combined with other sulphur / phosphorus compounds. CRISTOLPP has minimal amount of thermal degradation at temperatures approaching 235oC.
CRISTOLPP Lubricant applications under extreme pressure (EP) conditions rely on additives. Lubricants containing additives that protect against extreme pressure are called EP lubricants, and oils containing additives that protect against extreme pressure are classified as EP oils. EP lubrication is provided by a number of chemical compounds. The most common are compounds of boron, phosphorus, sulphur, chlorine, or combinations of these. These compounds are activated by the higher temperature resulting from extreme pressure and not by the pressure itself. As the temperature rises, EP molecules become reactive and release derivatives of phosphorus, chlorine, or sulphur (depending on which compound is used) to react with only the exposed metal surfaces to form a new compound such as iron chloride or iron sulphide. The new compound forms a solid protective coating that fills the asperities on the exposed metal. Thus, the protection is deposited at exactly the sites where it is needed. Antiwear agents in the EP oil continue to provide anti-wear protection at sites where wear and temperature are not high enough to activate the EP agents. |
Lubricant applications under extreme pressure (EP) conditions rely on additives. Lubricants containing additives |