Utilization of Waste Plastic in Tiles

Rahul Kantilal Pawar, B. D. Patil
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Abstract

As we humans are continuously developing ourselves for a better livelihood for ourselves and for the next generation. For this ability, we continuously and intensively increasing of plastic in our routine. This causes a very hazardous effect on all living things and also affects increasingly the environment as well as the ecosystem and its inhabitants. Nowadays the problem of plastic waste is increasing immensely causing hazardous effects on the environment. So, it is necessary to think out of the box for minimising plastic waste by searching for every possible solution to minimize plastic waste. On this basis we trying to find out the use of plastic waste as construction material i.e. plastic tiles. This research paper revolves around manufacturing floor tiles using waste plastic without adding any additives such as sand, fly ash etc., and also without using cement and then analysing it with the normal tiles. By using this method plastic waste is reduced to some extent; plastic consumption is increasing day by day there are not many methods to dispose of it. The plastic tiles are compared with the normal tiles to assess the different physical and mechanical properties. The tests that are excited on plastic tiles are compressive strength, vertical flammability tests etc. The result obtained from these tests on plastic wastes is far better than the normal tiles. As per this study it can be considered to use plastic waste as a binding material instead of floor tiles as it proves economical.
废塑料在瓷砖中的利用
随着我们人类不断发展自己,为自己和下一代创造更好的生活。为了这种能力,我们在日常生活中不断密集地增加塑料。这对所有生物都造成了非常危险的影响,也越来越多地影响到环境、生态系统及其居民。如今,塑料垃圾问题日益严重,对环境造成了有害的影响。因此,有必要通过寻找每一个可能的解决方案来最大限度地减少塑料废物,从而减少塑料废物。在此基础上,我们试图找出利用塑料垃圾作为建筑材料,即塑料瓦。本研究论文围绕使用废塑料制造地砖,不添加任何添加剂,如沙子,粉煤灰等,也不使用水泥,然后与普通瓷砖进行分析。通过使用这种方法,塑料废物在一定程度上减少了;塑料的消耗量日益增加,没有很多方法来处理它。将塑料瓦片与普通瓦片进行比较,以评估其不同的物理力学性能。在塑料瓦上进行的激发试验有抗压强度试验、垂直燃烧试验等。对塑料废料的试验结果远远优于普通瓷砖。根据这项研究,可以考虑使用塑料废物代替地砖作为粘结材料,因为它证明是经济的。
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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