Difference of color stability of E-glass fiber dental and E-glass fiber non dental FRC

Sugeng Andi Purnama, Widya Puspita Sari, Resa Ferdina
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Abstract

The fiber that is most often used in dentistry is E-glass fiber, but in Indonesia E-glass fiber dental is limited by quantity and relatively expensive. E-glass fiber non dental was chosen as an alternative because the composition is almost the same as E-glass fiber dental and commonly used in the engineering world as a booster in the manufacture of gypsum panels, sculptures and automotive components. This study is aimed to determine the color stability difference between fiber reinforced composite (FRC) E-glass fiber dental and E-glass fiber non dental. This quantitative research is an experimental laboratory with a one group pretest and posttest research design. The sample is circular in shape with diameter 13 mm and height 2 mm consisted of E-glass fiber dental group and the E- glass fiber non dental group consisting of 4 samples for each group and given silane. After the color test using Spectrophotometer UV-Vis where the absorbance and wavelength values obtained will be calculated for the area so that the L*a*b* value and analysed using independent sample t-test, it was stated that there was no significant difference between the color of the fiber reinforced composite E-glass fiber dental and the E-glass fiber non dental. It is concluded that the use of E-glass fiber non dental can be used as a clinical standard because it has a good color stability value similar to that of E-glass fiber dental.
e -玻璃纤维牙科用与e -玻璃纤维非牙科用FRC颜色稳定性的差异
牙科中最常使用的纤维是e -玻璃纤维,但在印度尼西亚,e -玻璃纤维牙科受数量限制,价格相对昂贵。选择非牙科e -玻璃纤维作为替代品,因为其成分与牙科e -玻璃纤维几乎相同,并且在工程领域通常用作石膏板,雕塑和汽车部件制造的助推器。本研究旨在确定纤维增强复合材料(FRC) e -玻璃纤维牙科与e -玻璃纤维非牙科的颜色稳定性差异。本定量研究采用一组前测和后测研究设计的实验实验室。样品呈圆形,直径13 mm,高2 mm,由E-玻璃纤维牙组和E-玻璃纤维非牙组组成,每组4个样品,并给予硅烷。利用紫外可见分光光度计进行颜色测试,计算所得的吸光度值和波长值,计算出该区域的L*a*b*值,并采用独立样本t检验进行分析,得出纤维增强复合材料e -玻璃纤维牙与e -玻璃纤维非牙的颜色无显著差异。综上所述,使用e -玻璃纤维无牙具有与e -玻璃纤维无牙相似的良好的颜色稳定值,可作为临床标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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