陶瓷Issue(6)：36-43,8.
室温下不同化学试剂对"唐山骨质瓷"釉面侵蚀度的定性及定量影响研究
The Quantitative and Qualitative Analyses of Glaze Erosion Strength by Different Chemical Reagent to Geographical Indication Protection Products Tangshan Bone China in Room Temperature
摘要
Abstract
This paper according to the requirements of the unique production process of the Tangshan bone China geographic indication products, specified 36 pieces of bone China 8 inch flat produced by 6 different factories as the experimental samples.After using 6 kinds of chemical reagents such as acid, alkali, salt, stain and disinfectant eroded continuously on the above samples glaze for a certain period of time under the given conditions of temperature and humidity, tested glaze whiteness and gloss of samples qualitatively.By measuring the changes of whiteness and luster after glaze erosion of samples, analyzed degree of the erosion quantitatively.Derived the following conclusions: the strength of glaze corrosion caused by different chemical reagents to bone china samples produced from the same factories were different.The corrosion effect of alkali is stronger than that of acid, and the corrosion effect of stain is stronger than that of salt and disinfectant for bone china glaze white and glossiness.The corrosion effect of each chemical reagent used for bone china samples produced by different factories is different.The corrosion effect of each chemical reagent is different for bone china samples produced by different factories.Due to different measurement principle, the rangeability of bone china glaze whiteness and luster with the glaze state changes is different.The research results can provide scientific reference to the manufacturing factories for improving the production process and the quality control.关键词
室温/化学试剂/"唐山骨质瓷"地理标志产品/釉面侵蚀度/定性及定量研究Key words
Room temperature/Chemical reagent/Tangshan bone china geographical indication protection products/Glaze erosion strength/Quantitative and qualitative analyses分类
通用工业技术引用本文复制引用
李文杰,靳慧达,许文超,郝秋伟..室温下不同化学试剂对"唐山骨质瓷"釉面侵蚀度的定性及定量影响研究[J].陶瓷,2017,(6):36-43,8.基金项目
唐山市科技计划项目(项目编号:14110203a). （项目编号:14110203a）
