Efecto de diferentes tratamientos superficiales en la alteración de color de la cerámica

Kiru Pub Date : 2019-01-30 DOI:10.24265/kiru.2019.v16n1.03
Jessica Bedoya Ocampo, Carlos Andrés Solano Macías, Andrea Bedoya Ocampo, Wilmer Bedoya Arias
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Abstract

The objective of this study was to evaluate the effect of different surface treatments on the pigmentability of the ceramic after immersion in staining solution. 44 disks of 10 mm radius and 3 mm thickness were made. Samples were randomly assigned among 4 experimental groups (n=11) receiving surface treatment according to the different groups M, H, B, L. (n=10) were distributed for color evaluation and Roughness (RU) and a sample of each group used for scanning electron microscopy (SEM) analysis. For (RU), the data were subjected to ANOVA on ranks (α=0.05), and for the color ANOVA a factor (α=0.05). In the microphotographs of the surface, a qualitative/descriptive analysis was carried out. Results: In the (RU) compared before and after immersion for each group, no statistical difference was observed (p> 0.05). When comparing the types of polish before immersion, a difference was observed between the L group with the other M, H, B (p <0.05). In the analysis of the groups after immersion, there was a difference of group L with B and M (p <0.05). When comparing the color alteration, after immersion, there was a difference between all the ANOVA groups (p <0.05). In the analysis by (SEM) all groups had partially porous surfaces; however, the varnishes produced the best result groups H and B.The texture of the surface is an important factor in the pigmentability of ceramics. the varnished materials showed less color alteration.
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不同表面处理对陶瓷颜色变化的影响
本研究的目的是评估不同表面处理对浸泡在染色溶液中的陶瓷可着色性的影响。制作了44个半径为10mm、厚度为3mm的圆盘。根据不同的组M、H、B、L,将样品随机分配到接受表面处理的4个实验组(n=11)中。(n=10)用于颜色评估和粗糙度(RU),每组的样品用于扫描电子显微镜(SEM)分析。对于(RU),对数据进行秩方差分析(α=0.05),对颜色方差分析进行因子分析(α=0.05)。在表面的显微照片中,进行了定性/描述性分析。结果:在浸泡前后各组的(RU)比较中,没有观察到统计学差异(p>0.05)。在比较浸泡前抛光剂的类型时,L组与其他M、H、B组之间有差异(p<0.05)。在浸泡后各组的分析中,浸泡后各组间差异有统计学意义(p<0.05),扫描电镜分析各组表面均为部分多孔;然而,H组和B组的清漆产生了最好的结果。表面的纹理是陶瓷可着色性的一个重要因素。涂漆材料的颜色变化较小。
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