Thermal and acoustic properties evaluation of waste tire and textile reinforced epoxy composites

Waste management is been a fundamental ecological issue for the most recent couple of many years. It has been seen that the number of waste increments due to the expanding globalization, industrialization, urbanization, population, and so on. So recycling these produced wastes from these industries is a big relief to human beings and nature. Also, increase in industrialization and urbanization so much noise is produced. This noise has turned into an expanding general medical issue and has become genuine noise pollution in our day-to-day life. Now it's the time to control and diminish noise from traffic, industries, and establishments in houses. So the utilization of reused waste tires and waste textile in the development of noise boundaries can assist with combating the current issues of both garbage removal and noise contamination. So this paper gives experimental knowledge on sound absorption coefficient and thermal insulation of waste tires and textile reinforcement composite with epoxy. Successful Thermal conductivity and sound absorption coefficient (alpha) of different ratios of waste tires and textile combined with epoxy composites are inspected by making the sound absorption material by fundamental hand lap strategy. According to ASTM standard E-1530, the thermal conductivity (Keff) is measured using the UnithermTM model 2022 analyser. Impedance tube machines, on the other hand, evaluate sound absorption coefficients. These reinforced epoxy composites can be found in sound insulation applications such as workshops, automobiles, food compartments, and other warm and acoustic assurance applications, thanks to their increased heat security and sound absorption limit. Copyright (c) 2022 Elsevier Ltd. All rights reserved. Selection and peer-review under responsibility of the scientific committee of the 3rd International Conference on Processing and Characterization of Materials 2021 (ICPCM 2021).