Recycling of Textile Waste and Evaluation of Their Potential as Insulation Material
Using textile waste on the buildings are provided both flexibility and built in a more healthy and comfortable buildings by using natural fibers. In this study, a thin wool and cotton fiber waste, cotton yarn waste and paper samples in cement sand mixture were prepared by adding the block. One out of four, including a simple cement, for a total of 4 units in the block created. Prepared cement blocks are encoded as A0, A1, A2, A3. According to the results of the study, A1 and A2's heat transfer coefficient is lower than A0, A3's heat transfer coefficient is higher than A0's heat transfer coefficient. A3's heat transfer coefficient is higher than A0 heat transfer coefficient because Fire 0 antifire solution is applied to paper and cotton fabric waste. As a result of this situation block remains moist. When cotton, wool, fabric and paper wastes are putting between two blocks as mattresses, the heat transfer coefficient has seen lower.