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首页> 外文期刊>Journal of Materials Science >Performance of sub-micron diamond films coated on mould inserts for plastic injection moulding
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Performance of sub-micron diamond films coated on mould inserts for plastic injection moulding

机译:塑料注射成型模具涂层上亚微米金刚石薄膜的性能

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摘要

In this article, results obtained from an investigation focusing on the application of diamond coatings on inserts for thermoplastic injection moulding applications are reported. The injection moulding industry can potentially benefit significantly from the use of diamond coatings on moulds typically employed in the injection moulding systems. Diamond films were coated on steel and onto silicon inserts and subsequently tested in real operating conditions. The moulded objects were analysed and the results were compared between bare steel and silicon inserts. The as-grown diamond coatings were characterised prior to and post the routine injection cycles using a number of techniques, such as Raman spectroscopy and SEM. Furthermore, the polymer finishing quality was assessed by optical microscopy for each material and coating used, and the results are presented and discussed in this article.
机译:在这篇文章中,报告了从一项研究中获得的结果,该研究的重点是在热塑性注塑成型应用的嵌件上涂覆金刚石涂层。在通常用于注射成型系统的模具上使用金刚石涂层可以使注射成型行业潜在地受益匪浅。将金刚石薄膜涂覆在钢上和硅插件上,然后在实际操作条件下进行测试。分析了模制品,并比较了裸钢和硅插件的结果。使用多种技术(例如拉曼光谱法和SEM)在常规注射周期之前和之后对生长的金刚石涂层进行表征。此外,通过光学显微镜评估了所用每种材料和涂层的聚合物涂饰质量,并在本文中介绍和讨论了结果。

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