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LASER MICROCLADDING USING POWDERED FLUX AND METAL

机译:粉末和金属粉末激光熔覆

摘要

According to the present invention, powder flux material (93b) for using the laser cladding process, micro- It is provided. Alloy powder material (93a) and a jet of propellant gas containing a powder flux material 92 is directed toward the substrate 94. Powder material is melted to form the weld pool is separated into a layer of the slag-covered (100) by a layer of cladding alloy material (102) (98) a laser beam (96). This flux material is by reducing the weld pool during the cooling of the cladding layer protects the alloy material, thereby to be selected as the propellant gas instead of nitrogen or air to the inert gas. In one embodiment, the base material and the alloy material is a super alloy having a composition of more than a conventional welding area. ;
机译:根据本发明,提供了一种使用激光熔覆工艺的粉末助焊剂材料(93b)。合金粉末材料(93a)和包含粉末焊剂材料92的推进剂气体流直接引向基片94。粉末材料熔化形成焊缝,熔池被一层渣层覆盖(100)熔覆合金材料(102)(98)的激光束(96)。这种助焊剂材料是通过在冷却过程中减少熔覆层熔覆层来保护合金材料,从而被选作推进剂而不是氮气或空气作为惰性气体。在一实施例中,基础材料和合金材料是组成大于常规焊接面积的超级合金。 ;

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