The article is devoted to one of the promising methods of increasing the penetrating ability of COTS into the zone of contact interaction between a tool and a workpiece and accordingly increasing operational characteristics of tool life by applying to the working surface fluorine-containing surface-active (FLUOR-SAS) from epilame solutions. Tribological tests were carried out using a special installation, where the test conditions are close to the conditions characteristic of the drilling process. Based on the results of the experiment, it was found that the effectiveness of epilamiting directly depends on the cutting speed, which determines the temperature in the contact zone.

本文致力于通过将含氟表面活性剂应用于工作表面来提高 COTS 对刀具和工件之间接触相互作用区域的穿透能力并因此提高刀具寿命的操作特性的有前景的方法之一。来自 Epilame 解决方案的 FLUOR-SAS）。使用特殊装置进行摩擦学测试，其中测试条件接近钻孔过程的条件特征。根据实验结果，发现脱模效果直接取决于切割速度，而切割速度决定了接触区的温度。