![]() ![]() This project has shown that the composites with maleic anhydride as a coupling agent will be desirable for making house hold products due to their considerable stability and strength properties. Impact strength also decreases with filler content but improved strength is obtained for maximum filler composite. The mechanical and thermal studies are carried out to evaluate the effect of filler content on polypropylene. ![]() They are relatively inexpensive and abundantly available in nature. Rose petals powder was used as natural reinforcing fillers in this research work. The aim of the present work is to develop polypropylene (PP) composites, using renewable bio resources. However, still various fibers and particulate fillers need to be explo. ![]() The use of various natural reinforcing fibers in thermoplastics with the fibers such as hemp, jute, flax, sisal, and kapok had gained acceptance in commodity plastics and applications of these materials during the past decade has been reported in literature. Most of the products are made from non bio degradable fibers, where the problem of disposal arises after the end use this raised the attention of people for the use of natural, sustainable, biodegradable and renewable resources. During the recent years, polymeric composite materials are being used in variety of applications due to their high strength and stiffness, light weight and high corrosion resistance. ![]()
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