Effect of Pistachio Husks Powder Additive on Unsaturated Polyester Composites

R. Fadhil, Shatha H. Mahdi
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Abstract

In this study, polyester composites reinforced with pistachio shells powder (P.) with an averagediameter (150 – 200 μm) with different weight ratios (0.5%, 1%, 1.5%, 2%, and 2.5%) wereprepared to the resin. The Shore D hardness, thermal conductivity (K), and the glass transitiontemperature (Tg) of the samples were examined. The results showed that the Shore D hardnessincreases with the increase of the reinforcement ratio and its maximum value is (87.55) at (2.5%P.) While the value of hardness at (0%) is (86.5). The thermal conductivity increases slightly withthe increase in the percentage of reinforcement and its maximum value is (0.213253 W/ m. K) at(2.5% P.), while the value of K at (0% P.) is (0.170264W/ m. K), but with this slight increase inthermal conductivity, polyester composites remain from the insulating materials. The minimum(Tg) of (UPE/ P.) composites was the value (113.898°C) at (2.5% P.). Polyester composites areused in wood paints, either in primitive finishes or final finishes.
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开心果壳粉添加剂对不饱和聚酯复合材料的影响
本研究以平均直径为150 ~ 200 μm的开心果壳粉(P.)为增强材料,制备了不同重量比(0.5%、1%、1.5%、2%、2.5%)的复合材料。测定了样品的邵氏硬度、导热系数(K)和玻璃化转变温度(Tg)。结果表明:邵氏硬度随配筋率的增加而增大,在(2.5%P)时达到最大值(87.55);而(0%)时的硬度值为(86.5)。随着增强率的增加,复合材料的导热系数略有增加,在(2.5% P.)时导热系数最大值为(0.213253 W/ m. K),在(0% P.)时导热系数最大值为(0.170264W/ m. K),但随着增强率的增加,复合材料的导热系数仍保持在绝缘材料的水平。(UPE/ p)复合材料在(2.5% p)下的最小Tg值为113.898°C。聚酯复合材料用于木器漆,无论是原始饰面还是最终饰面。
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审稿时长
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