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Characterisation of Sintered Ceramic Compact Formed by Micro-injection Moulding

机译:微注射成型形成的烧结陶瓷结构的特征

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There had been an increase in the demand of micro-fabrication for ihe future mass production of optical fibre connectors. In this study, formulated zirconia feedstock was prepared by z-blade mixer and used to formed zirconia compact using "micromelt" micro-ceramic injection moulding. The samples were injected and debound in ambient atmosphere from room temperature to 1000°C. Then, the debound samples were sintered at 10°C min~(-1) to 1350°C, MOOT, 1450°C 1500°C and 1550°C with an hour soaking at maximum temperature respectively before cooling. Sintered compacts were characterised for the density, microstructiires, hardness and flexural strength. Various kinds of microstructures of the cross section and the surface were discussed and correlated to the surface of the commercial optical fibre connector.
机译:对于未来批量生产的光纤连接器,微制造的需求有所增加。在该研究中,配制的氧化锆原料由Z-叶片混合器制备,并使用“MicroMelt”微陶瓷注射成型来形成氧化锆结构。将样品从室温至1000℃注入并在环境大气中注射并以1000℃下的。然后,将去ough样品在10℃min〜(-1)至1350℃,大小,1450℃,1550℃下烧结,在冷却前分别在最高温度下浸泡。烧结块的特征在于密度,微观结构,硬度和弯曲强度。讨论横截面和表面的各种微观结构,并与商业光纤连接器的表面相关。

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