Enameling on metal surface is able to significantly improve corrosive resistance of metal,however,the adherence between enamel and metal is definitely important for the enameling products.
而金属和瓷釉之间的密着对搪瓷产品的性能尤为重要。
The X-ray photoelectron spectroscopic analysis showed that there existed a strong elemental diffusion at interface which resulted in the strong adherence between the enamel and aluminum-coated steel.
X射线能谱仪分析结果表明界面间的元素扩散十分强烈,并由此促进了覆铝钢板与搪瓷层形成良好的密着。
The adherence characteristics have been investigated by measurement of adherence strength of Al-Zn alloy coated steel enamel samples.
通过对覆铝锌钢板搪瓷样品的密着测试,研究了搪瓷的密着性能。
The effects of the decarburization of the base metal on bubble formation in enamel coating, the relationship between hardness and firing temperature and time, the effect of crystal nucleus addition and influence of adding adhesive agent.
研究了搪瓷层的硬度与烧结时间和温度的关系，并分析了添加晶核形成剂对搪瓷层硬度的影响，以及搪瓷原料组成中的密着剂对搪瓷层和金属基板密着性能的影响。
Studies on Improving the Adherence of Sb-Mo Enamel to Steel;
提高锑钼底釉密着性能的研究
With the help of XRD,SEM,acid resistance and adherence tests analyzing method and means, the relationship of the glass-ceramic enamel between crystallization and composing was ascertained as well as the discussing of its acid resistance and defect.
以Na2O B2O3 TiO2 SiO2、Li2O Al2O3-SiO2 玻璃系统为基础,制备微晶搪瓷,借助于XRD、SEM、耐酸性测试、密着性测试等分析测试方法确定了析晶与组成的关系,并对搪玻璃釉的耐酸性能以及搪玻璃的缺陷进行了探讨。
The fractal dimension and adherence of interface of enamel coating/base metal after reaction were also analyzed.
研究不同预处理后的基体表面形貌及分形维数,以及反应后的瓷釉涂层/金属基体的界面分形维数和密着情况,并与落球冲击结果相比较,发现喷砂除锈处理后的试样表面分形维数最大,其制备后的涂层/基体界面的分形维数最大,密着性最好。
The bonding behaviors between enamel coating and base metal were studied.
采用火焰喷熔工艺在Q2 35金属管道表面喷熔耐蚀的玻璃釉料 ,对瓷层与金属的密着行为进行了研究。