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Near net shape processing of metal and ceramic composite ingot mould

机译:金属与陶瓷复合锭模的近净成形加工

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A new pressureless infiltration method was developed to place a silicon dioxide particle reinforced layer on the surface of an industrial ingot mould without changing the production process of the ingot mould. The morphology and structure of the composite layer were investigated by optical and scanning electron microscopy. The service life and thermal characteristics of the reinforced mould were tested during their use in practical casting processes. It was found that a 4 mm thickness composite layer can be obtained on the surface of an ingot mould with this method. The reinforced mould can be used directly without any extra machining process. The service life of the new mould is twice that of the original for the same application conditions. The heat resistance and wear resistance of the mould were evidently improved. (C) 1997 The Institute of Materials.
机译:开发了一种新的无压浸渗方法,以在工业铸锭模具的表面上放置二氧化硅颗粒增强层,而无需改变铸锭模具的生产工艺。通过光学和扫描电子显微镜研究了复合层的形态和结构。在实际铸造过程中对增强模具的使用寿命和热特性进行了测试。发现用这种方法可以在锭模的表面上获得4mm厚的复合层。增强模具可以直接使用,而无需任何额外的加工过程。在相同的应用条件下,新模具的使用寿命是原始模具的两倍。模具的耐热性和耐磨性明显改善。 (C)1997材料研究所。

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