测量无机粘合剂脱水硬化混合物崩解度的新实验室方法研究

M. Bruna, I. Vasková, M. Medňanský, P. Delimanová
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引用次数: 0

摘要

本文论述了在汽车工业铝铸件生产中使用碱硅酸盐无机粘结剂的可能性。近年来,无机粘结剂重新回到人们的视野,其制造商正在开发新的工艺,并开始逐步取代有机粘结剂系统。本文介绍了有关传统碱硅酸盐粘结剂的已知知识,重点是硬化工艺和改进其技术性能。此外,还简要介绍了新型碱硅酸盐无机粘结剂的开发和使用趋势。作为实验工作的一部分,开发了制作样品的具体方法,随后通过测量磨损和残余强度来评估分解等特性。此外,还对不同热负荷下的残余抗压强度或剪切强度等特性进行了评估。在将实验室结果与实际条件下的去芯结果进行比较时,发现两者之间具有很高的相关性,因此可以确定生产几何形状复杂的芯材的最佳配方/程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of the New Laboratory Methodology for Measuring the Disintegration of Mixtures with Inorganic Binders Hardened by Dehydration
The paper deals with the possibilities of using alkali silicate based inorganic binders for automotive industry aluminium castings production. In recent years, inorganic binders are coming back to the foreground and their manufacturers are developing new processes, which are starting to progressively supersede organic binder systems. Paper describes known knowledge about classic alkali silicate binders with focus on hardening processes and on improving their technological properties. Trends from the area of development and the use new alkali silicate based inorganic binders are also shortly described. As part of the experimental work, specific methods of producing samples were developed, with the help of which properties such as disintegration were subsequently evaluated by measuring abrasion and residual strengths. Characteristics such as residual compressive strength or shear strength at different thermal loads were also evaluated. When comparing the laboratory results with the results of de-coring in real conditions, a high degree of correlation was achieved, which makes it possible to determine the optimal recipe/procedure for the production of geometrically complex cores.
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