0.15 mm vs. 2000 degrees Celsius. Who wins? The answer is in this meditation video. The video shows the process of applying a special ceramic coating on gas turbine engine blades using electron beam evaporation. The thickness of the layer is only a few human hairs, or 0.15 mm. But this microscopic film receives all the thermal shock at 1800-2000 degrees Celsius. By the way, this indicator exceeds the melting point of the metal from which they are made.

0.15 mm vs. 2000 degrees Celsius. Who wins? The answer is in this meditation video. The video shows the process of applying a special ceramic coating on gas turbine engine blades using electron beam evaporation. The thickness of the layer is only a few human hairs, or 0.15 mm. But this microscopic film receives all the thermal shock at 1800-2000 degrees Celsius. By the way, this indicator exceeds the melting point of the metal from which they are made.