Phenyl silicone oil: the "ultimate challenger" in the industrial lubrication field
Under high temperature of 300 ℃ and extreme pressure of 5GPa, phenyl silicone oil exhibits a friction coefficient of 0.02, redefining the boundary of industrial lubrication. The military grade lubricating grease developed by Jiangsu Baoying Chemical introduces graphene nanoparticles and phenyl silicone oil composite. In the testing of aviation engine bearings, the friction coefficient is reduced by 60% compared to traditional lubricating grease, and the service life is extended by three times.


This performance breakthrough stems from the dual lubrication mechanism of phenyl silicone oil: the aromatic ring of the phenyl group forms a physical adsorption film at high temperatures, reducing direct metal contact; Silicon oxygen bonds form a silicate protective layer on the friction surface through chemical adsorption. In the field of textile dryers, the medium phenyl type (25% phenyl content) lubricating oil reduces the operating temperature of the equipment from 220 ℃ to 180 ℃, reduces energy consumption by 15%, and reduces oil sludge caused by high-temperature oxidation. The maintenance cycle has been extended from once a week to once a month. From polar scientific research equipment to deep well drilling platforms, phenyl silicone oil is becoming the "ultimate solution" for industrial lubrication.