Pengaruh Penambahan Limbah Plastik Sebagai Alternatif Pengganti Bata Beton Dinding Rumah

Dian Prabowo, Probo Hardini, Ipung Kurniawan, Agus Santoso
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Abstract

The current handling of waste, especially styrofoam, plastic, used oil is not optimal, these wastes can be used to manufacture other products such as bricks with a simple process. If the waste is processed properly, it will get good economic value. To get a good value or product, it is necessary to do research or testing, as in this study, namely the use of styrofoam waste, plastic and used oil to be used as bricks. In this study, it is hoped that the public will understand and understand the quality of the types of composite bricks and ordinary types of bricks seen from their advantages and disadvantages. Styrofoam waste, plastic and used oil are mixed into bricks with a volume of 21.27%. The equipment used in this research are chopper, stirrer, digital balance and compression test machine. In this study, the results of the III (composite) molded bricks decreased the compressive strength of 59% compared to mortar and cement bricks. The results of the compressive strength test in mold III (composite) were 47.76% higher than that in mold II on composite brick. Composite III bricks are classified as quality III, namely with solid type bricks that cannot get a large load.
塑料废物的增加,以替代家用混凝土砖墙
目前的废物处理,特别是泡沫塑料、塑料、废油的处理并不理想,这些废物可以用简单的工艺来制造其他产品,如砖。如果处理得当,将获得良好的经济价值。为了得到一个好的价值或产品,有必要做研究或测试,如在这项研究中,即使用泡沫聚苯乙烯废料,塑料和废油作为砖。在本研究中,希望公众能够从其优缺点来看,了解和了解复合砖的种类和普通类型砖的质量。聚苯乙烯泡沫塑料废物、塑料和废油混合成砖,体积为21.27%。本研究使用的设备有斩波机、搅拌器、数字平衡机和压缩试验机。在本研究中,与砂浆砖和水泥砖相比,III(复合)模压砖的抗压强度降低了59%。复合砖的III型(复合)模抗压强度试验结果比II型高47.76%。复合III型砖属于质量III型砖,即不能承受大载荷的实心型砖。
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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