Dynamics of Adhesion Control for Different Lubricants

The article presents two examples of testing the adhesion properties for the lubricants of two sorts, namely: plastic and liquid in dynamics. Maintaining perfect control of the adhesion characteristics for different lubricants in contact with surfaces (for example: metal, plastic, glass, ceramics, alloys, composites and so forth) constitutes a very important aspect of the process. It is common knowledge that a bad lubricant cannot work correctly in any mobile mechanical junctions. In this case the temperature will usually increase; the wear and tear will grow as well. So, here we aim at suggesting new devices to control both the adhesion and the quality of the two types of lubricants. New devices showed very good practical results, so we recommend these novelties to be used not only in-lab but in-situ for multiple pairs of friction in mechanisms and machines.