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首页> 外文期刊>European Journal of Glass Science and Technology, PartA. Glass Technology >Advanced technology for in-line continuous heat soak test of tempered sheet glass to guarantee high reliability
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Advanced technology for in-line continuous heat soak test of tempered sheet glass to guarantee high reliability

机译：先进技术，用于钢化板玻璃的在线连续热量浸泡试验，以保证高可靠性

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摘要

Advanced heat soak test (HST) technology, the 'in-line continuous HST' has been reported on the basis of experimental investigations and the T-T-T (time-temperature-transformation) relationship. The new HST technology is continuously carried out just after tempering (and heat strengthening) process. It was registered in ISO-20657 (2017). High temperature microscopy observations, high temperature x-ray diffractometry, differential thermal analysis, and micro-Raman spectrometry have been carried out in order to elucidate the alpha-beta phase transformation of nickel sulphide in detail. The breakage ratio of in-line continuous HST is the same as that of conventional off-line HST or excellent. The 'in-line continuous HST' is already operating in a Japanese glass plant in order to produce tempered (and heat strengthened) sheet glass with high safety and reliability. The in-line continuous HST technology has the following benefits: (a) improvements of both productivity and reliability, (b) automatic inspection just after the tempering-quenching process, and (c) improvements to productive performance (many kinds products, heteromorphic products, and mass production). In this technical report, the advanced 'in-line continuous HST' technology which was standardised by several experimental investigations and analytical results will be shown in detail. The effective and efficient manufacturing technology of the tempered (and heat strengthened) sheet glass will be introduced.
机译：先进的热量浸泡试验（HST）技术，基于实验研究和T-T-T（时间温度转化）关系报告了“在线连续HST”。新的HST技术在回火（和热强化）过程之后连续进行。它在ISO-20657（2017年）中注册。已经进行了高温显微镜观察，高温X射线衍射测定，差分热分析和微拉曼光谱法，以阐明详细的硫代镍β相变。在线连续HST的破损比与传统离线HST或优异的相同。 “在线连续HST”已经在日本玻璃设备中运行，以生产具有高安全性和可靠性的回火（和加热）的板玻璃。在线连续HST技术具有以下优点：（a）提高生产率和可靠性，（b）在回火淬火过程之后的自动检测，（c）改善生产性能（多种产品，异常产品，异常产品和批量生产）。在本技术报告中，将详细展示由几种实验研究和分析结果标准化的先进的“串联连续HST”技术。将引入高效高效的高效制造技术，并将引入回火（和加热）板玻璃的制造技术。

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