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The processing of ceramic coating process of training soldiers in situ coating of alumina and the intermediate layer on metal using the technique of plasma transferred arc (PTA)

机译:等离子转移弧(PTA)技术对士兵进行氧化铝原位涂层及金属中间层的陶瓷涂层处理

摘要

The processing of ceramic coatings soldiers training process in-situ coating of alumina and the intermediate layer on metal using the technique of plasma transferred arc (PTA). The aggressiveness of the ambienteindustrial expose equipment afenu00f4menos comodesgaste, corrosion or oxidation promote loss in its functionality.The application of coatings soldiers using more noble materials results in increasing the useful life of the components. However, the majority of the deposition processes for welding is limited to the use of commercial alloys. This patent demands the production of ceramic coatings by welding, using the technical of deposition by plasma with transferred arc (PTA).Using the synthesis of ceramic (alumina) in situ, that is, during the deposition of a mixture of powders are produced coatings laminated. At the top camado ceramics, in the middle of the binding layer and the metal substrate as a structural basis.Analysis of the coatings to confirm integrity and laboratory tests showed that compared to other coatings processed alloys with commercial, there was an increase in wear resistance and corrosion resistance. However, for the formation of this ceramic coatings and the Mentioned stratification, the processing parameters and the mixing ratio of the powder are fundamental.
机译:陶瓷涂层的加工过程中,士兵们采用等离子转移弧(PTA)技术对氧化铝和金属中间层进行原位涂层培训。环境工业暴露设备的侵蚀性,腐蚀或氧化会增加其功能损失。使用更贵重的材料涂覆涂料可延长组件的使用寿命。但是,用于焊接的大多数沉积工艺仅限于使用商用合金。该专利要求使用通过电弧转移等离子体(PTA)进行等离子体沉积的技术,通过焊接生产陶瓷涂层。利用陶瓷(氧化铝)原位合成,即在粉末混合物沉积过程中产生涂层层压。在顶部的camado陶瓷中,在粘结层和金属基材的中间作为结构基础。对涂层进行分析以确认其完整性并通过实验室测试表明,与其他涂层相比,使用市售的合金处理的合金的耐磨性有所提高和耐腐蚀性。然而,对于这种陶瓷涂层的形成和提及的分层,粉末的加工参数和混合比是基本的。

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