Estimation of Mechanical Properties of Nylon 6 Containing Dates and Tamarind Seed Powder

New methodologies to the development of high-performance and sustainable composite materials have been made possible by recent developments in materials science. In order to produce composites with enhanced mechanical strength, tensile strength, flexural strength, thermal properties, and environmental characteristics, the research concentrated on blending synthetic polymers with natural fillers. These composite materials are used in many different applications, such as construction elements, packaging materials, and automobile components. Furthermore, because they can lessen the environmental impact of composite materials, the addition of renewable and biodegradable natural fillers, like tamarind and dates seed powder, to polymer matrices like Nylon 6 has drawn a lot of interest. The purpose of this research is to show how composites made of tamarind and dates seed powder can be used as sustainable materials with improved mechanical and vibrational properties. This will lead to the development of eco-friendly materials and creative solutions for a variety of industrial applications. The results of the impact analysis show that the sample with the highest impact energy, which includes 5% tamarind seed powder, has potential uses in applications that call for resilience and durability. The sample with 10% date seed powder has the lowest tensile strength of all the specimens, despite having strong mechanical characteristics. According to the flexural analysis, the sample containing 20% date seed powder exhibits superior flexural strength in comparison to other specimens.