Wpływ ukształtowania śladów obróbki elementu stalowego na właściwości tribologiczne materiałów polimerowych w okresie docierania

Dynamic developement of polimeric production in last few years, makes aplication of this materials in machine construction very common. Very good trybology properties of polymeric materials, cause that they are very often apply as an sliding elements, specialy in the sliding bearings. The essentiall adventages these polymers are suppression of tremblings, considerable durability in corrosive and special (aggressive environment, lack of lubrication etc.) conditions. The main requrements of the slide polymeric bearings, are good stability of position of bearing elements. The bearings should be characterized stable work parameters after a running-in process. The most often apply sliding couples in sliding bearings construction including shaft and bush is coupple metal - polymer. In coupples metal - polymer, the bush is usually made from polymer. This paper shows results of tribological investigation of influence the machining track direction in the steel element surface on the selected polymers tribology properties during a running-in process sliding coupple. In addition analysis of investigation results prove that the circuital direction track of the mashining on the toe surface ist most advantageous.