Design and Waterproof of Car Coatings Using Art Simulation Techniques and Flora Polyacrylamide
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Abstract
Since car is one of the issues that people deal with constantly and daily, improving the efficiency of its components, such as seat covers, not only does not reduce its value, but also provides greater comfort to passengers. Improving the design of car coatings and waterproofing of fabrics which have different advantages such as reducing accumulation of dirt on the cloth are considered in this research. The aim of the study is using flora polyacrylamide (FPAA) waterproof material with a chemical structure of weak cationic, non-ionic through the conventional padding method on polyester fabrics along with art simulation techniques. For this purpose, different concentrations of the composition of flora poly-acrylic waterproof coating was used on polyester fabric. Hydrophilic and hydrophobic properties of polyester fabrics were evaluated by water absorption tests based on a standard test method called the American Association of Textile Chemists and Colorists 79 -2003. As such, art simulation techniques were applied to car seat covers. The results of the study demonstrate that the use of appropriate amounts of waterproofing flora polyacrylamide composition could significantly prevent water absorption from polyester fabrics. Therefore, waterproofed fabrics designed by art simulation techniques can be used in auto production centers in Iran.
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