利用废塑料薄片和废机油制成的塑料砌块(不含和含填充材料

IF 1 Q4 ENGINEERING, CIVIL Journal of Applied Engineering Sciences Pub Date : 2023-12-01 DOI:10.2478/jaes-2023-0035
I. Thanaya, I.M. Swasnawa, I.G.N.A.K. Putra
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引用次数: 0

摘要

摘要:为了利用废旧材料作为建筑构件,利用不含稻壳灰或以稻壳灰为填料的薄塑料膜废弃物和废发动机油生产塑料墙砌块(PWB)。目的是评估压水板的工程特性。将废弃的保鲜膜撕碎或剪成5-10毫米大小。将不含稻壳灰或含稻壳灰的废发动机油在200℃下加热,然后将塑料碎料倒入热油中混合均匀。将混合物浇铸在金属模具中,在125-110℃的温度下使用马歇尔蜂鸟进行一次压实,使表面形状均匀平坦,然后冷却形成平均尺寸为100x100x80mm的样品。结果表明:浸渍后的抗压强度可超过25kg/cm2的最小目标值,初始吸力范围为0.0149 ~ 0.1012 kg/m2.min;孔隙率为0.62 ~ 1.48%,吸水率为0.0481 ~ 2.2185%。
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Plastic Wall Block from Thin Waste Plastics Wrap and Waste Engine Oil Without and With Filling Material
Abstract In order to utilize waste materials as building component, waste of thin plastics wrap and waste engine oil without and with rice husk ash as filler can be used for producing Plastic Wall Block (PWB). The objective was to evaluate the PWB engineering properties. The waste plastic wrap was shredded or cut off to sizes about 5-10mm. The waste engine oil without or with rice husk ash were heated at 200°C, then the shredded plastic poured into hot oil and evenly mixed. The mixture was casted in a metal mould and compacted at temperature of 125-110°C using a Marshall hummer for one blow to give even and flat surface shape then cooled down to form sample with average size of 100x100x80mm. It was obtained that the soaked compressive strength can exceed 25kg/cm2 which is the minimum value targeted, with initial rate of suction range about 0.0149-0.1012 kg/m2.minute; porosity in a range of 0.62-1.48 %, and water absorption of 0.0481-2.2185 %.
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自引率
9.10%
发文量
18
审稿时长
12 weeks
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