研究香蕉串纤维和椰壳纤维的颜色吸收力

Christmastuti Nur
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摘要

香蕉花梗废料的开发是寻找新的产品材料替代品的尝试。本研究的目的是揭示香蕉柄纤维的特点,特别是其吸收颜色的能力,相比于abaca纤维和椰子纤维。颜色强度测试是通过计算被纤维表面积反射回来的光的亮度或强度来进行的。研究结果表明,经过漂白的香蕉柄纤维比未经漂白的香蕉柄纤维产生的颜色更鲜艳。未漂白纤维对红色(比值为1.00)和蓝色(比值为1.01)的吸收性能与abaca纤维相似,但对绿色(比值为0.98)和黄色(比值为0.92)的吸收性能低于abaca纤维。因此,未经漂白的香蕉柄纤维可以有效地用于红、蓝两色的渐变。与椰胶纤维相比,香蕉花梗纤维对红、绿、蓝、黄颜色的吸收率更高。本研究可应用于产品材料的着色工艺,加快生产速度,节约生产成本。
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STUDI DAYA SERAP WARNA SERAT TANDAN PISANG DENGAN PEMBANDING SERAT ABAKA DAN SERAT SABUT KELAPA
Exploration of banana peduncle waste is an attempt to search new product material alternatives. The purpose of this research is to reveal the character of banana peduncle fiber especially in its ability to absorb the color compared to abaca fiber and coir fiber. The color intensity test was conducted by calculating the luminance or the intensity of light which was reflected back by the surface area of the fiber. The result of this research was the bleached banana peduncle fiber generates more vivid and brighter color than the unbleached banana peduncle fiber. The unbleached one was similar to abaca fiber especially in absorbing red color (ratio = 1.00) and blue color (ratio = 1.01), however, it was lower than abaca fiber in absorbing green color (ratio = 0.98) and yellow color (ratio = 0.92). Thus, the unbleached banana peduncle fiber can be used effectively to perform color gradation of red and blue. Comparing to coir fiber, the absorption of banana peduncle fiber toward red, green, blue, and yellow color was higher. This research can be applied in coloring process of product material because it can accelerate production process and save production cost.
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