| 摘要 |
<p>The method comprises applying a first part of layer made of coating material, applying a mixture of coating material and particles (13) in last step of the coating process, and heating the layer out of coating material, and the particles to remove particles and to produce the rough layer, after the coating process. The particle has a slight melting point than the coating material of the layer and is not completely evaporated or decomposed during the coating. The coating material of the layer has alloy of MCrAlX. The particle consists of metal. The method comprises applying a first part of layer made of coating material, applying a mixture of coating material and particles (13) in last step of the coating process, and heating the layer out of coating material, and the particles to remove particles and to produce the rough layer, after the coating process. The particle has a slight melting point than the coating material of the layer and is not completely evaporated or decomposed during the coating. The coating material of the layer has alloy of MCrAlX. The particle consists of metal, which represents an alloy component of the coating materials of the layer. The particle consists of aluminum and polymer and/or monomer. The last layer out of coating material of the layer with particle is implemented under a coating angle of 45[deg] C. A low temperature coating process is a high velocity oxy-fuel process or cold gas spraying process. A ceramic layer is applied on the rough layer through atmospheric plasma spraying, vacuum plasma spraying or low pressure plasma spraying. The first part of the layer without particle represents 75% of layer thickness. A portion of the powder particle is 5-30 vol.%. An independent claim is included for a layer system.</p> |
