INVESTIGATION OF THE PERFORMANCE PROPERTIES OF MINERAL HYDRAULIC OILS CONTAINING MEDIUM ALKALINE CALCIUM ALKYL SALICYLATE IN COMBINATION WITH ANTI-WEAR ADDITIVES

Authors

  • Turkane Memmedova Azerbaijan State Oil and Industry University, Chemical technology, Technology of organic substances and high molecular compounds
  • Ayralova Tamara PhD, Azerbaijan State Oil and Industry University, Chemical technology, Technology of organic substances and high molecular compounds

Keywords:

mineral hydraulic oils, anti-wear additives, investigation of the performance properties of mineral hydraulic oils, alkaline calcium alkyl salicylate hydraulic oils

Abstract

The current stage of economic development in the developed countries of the world is characterized by high rates of development of high technology industries, among which an important place in the oil refining industry is given to high quality lubricating oils. Hydraulic oils for industrial equipment make up a significant part of the total production of industrial oils. In recent years, due to the modernization of the designs of hydraulic systems and the re-equipment of enterprises, the requirements for the quality of oils have increased significantly.

To ensure competitiveness in the domestic and foreign markets of hydraulic oils, as well as to reduce dependence on foreign additive manufacturers, it is necessary to carry out systematic work to organize the production of highly efficient additive packages. [1]

To achieve this goal, it is necessary to establish the relationship between the structure of the alkyl radical in the composition of commercial di-alkyl-di-thiophosphate (ZDDP) additives and the key performance properties of hydraulic oils.

Published

2023-05-08

How to Cite

Turkane Memmedova, & Ayralova Tamara. (2023). INVESTIGATION OF THE PERFORMANCE PROPERTIES OF MINERAL HYDRAULIC OILS CONTAINING MEDIUM ALKALINE CALCIUM ALKYL SALICYLATE IN COMBINATION WITH ANTI-WEAR ADDITIVES. Interdisciplinary Science Studies, (2). Retrieved from https://ojs.publisher.agency/index.php/ISS/article/view/1394