Abstract:

Classical flooring filling tools are expensive in the field of flooring in terms of time, labor and economy. Therefore, the place of the classic laying materials began to take rubber and rubber filling tools. The main objective of this is to save time and labour, to produce more quality, comfortable and useful furniture. In literature scans, a limited number of studies have been found on the determination of the performance characteristics of the laying techniques produced with traditional and modern laying tools. More specification of the industry situation, detection of problems and burning, change of color, etc. of the materials used. They have been conducted to determine their performance against external effects. In this study, it is aimed at determining the performance of seating elements produced by different laying techniques. For this purpose, on the standard flooring frameworks, seating elements are produced with wiped and smooth flooring techniques. Prepared trial samples were tested by the application of the seating place strength test according to the principles specified in the FNAE 80-214 standard and the quantities of collapse (deformation) were determined. The test began by applying a load of 445 N on the back and 222 N on the front. At the end of every 25,000 rounds, the rear charging was 111 N, and the front charging was 55,5 N. The smallest square method of regression analysis identified the burden-deformation relationships and determined the ratings. As a result, the amount of deformation is obtained at the least in unleashed layers. According to this, it can be said that untouched plaques perform better than plaque plaques.

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