Several waste materials have been continuously investigated for possible use as substitutes for materials in the field of civil engineering; one of them is plastic waste, due to the fact that plastic waste is simultaneously increasing. In this study, the block paving was made from recycled plastic bag (LDPE) with the addition of stone ash from stone crusher process waste for the value of 0%; 2.5%, 5%, 7.5%, and 10%. These additions of stone ash were intended in order to increase water absorption and increase surface roughness. Several physical and mechanical tests were carried out according to SNI-03-0691-1996. From the compressive test, the highest compressive strength is 13.43 MPa. Based on the results of the sodium sulphate resistance test and the external appearance tests, it showed that all block paving was in good condition with solid surface. In accordance toSNI-03-0691-1996, the paving block was included in the class-C quality which can be used for pedestrians.

一直在不断研究几种废料作为土木工程领域材料的替代品；其中之一是塑料垃圾，因为塑料垃圾同时在增加。在这项研究中，砌块铺路由再生塑料袋 (LDPE) 制成，并添加了价值 0% 的碎石机工艺废料中的石灰；2.5%、5%、7.5% 和 10%。这些石灰的添加是为了增加吸水率和增加表面粗糙度。根据 SNI-03-0691-1996 进行了几项物理和机械测试。从抗压试验来看，最高抗压强度为13.43 MPa。根据耐硫酸钠试验和外观试验的结果，表明所有砌块路面状况良好，表面坚实。根据SNI-03-0691-1996，铺路砖被列入可用于行人的C级质量。