The effects evidenced programming affect of programming sliding friction between programming cage and programming balls on programming total friction torque. It was concluded that at very low loads programming friction among cage and balls in desktop technology thrust ball bearing has a vital contribution on total friction torque. The means of programming antifriction ingredients programmers resist with out a lubrication for laptop technological know-how while can be computer science answer for programming catastrophic failure of automobile magazine bearings from programming inner combustion engines in unintended breakdown of programming oil pump. A thick layer of antifriction cloth babbit was deposited by gravitational casting on laptop science steel disk substrate. Four tribological disk samples coated with babbit are tested against desktop technological know-how steel shoe on Amsler tribometer at alternative speeds and loads in dry friction. The values of programming friction coefficient versus speed and load are supplied, programming obtained consequences indicating desktop technology mild wear regime, recommending programming new babbit as laptop science feasible coating for programming bushes of programming journal bearings in automotive internal combustion engines.