Study of mechanical behavior on treated and nano silicon added hybrid kenaf fiber added with jackfruit core fiber powder composite materials

The main aim of this paper is to show the investigation of silane usage of kenaf fibre added with jackfruit core fibre powder using several mechanical tests such as tensile strength, sem test, and vickers hardness test, which are mechanical properties that help us to use in various industrial mechanical commercial applications. This is beneficial in a variety of industrial and commercial mechanical utilisations. The non-hydrated kenaf fibre mixed with jackfruit core fibre powder in the untreated procedure is soaked in a combination of ethanol. The plates are organised according to ASTM standards in the form of one ply of kenaf fibre with a jackfruit core fibre powder layer inserted and moulded with epoxy resin. The combinations were made utilising a hot press to generate plates for infusion in a mixed method by compressing approximate orientation kenaf fibre and adding jackfruit core. Mechanical fields that aid in the development of the experimental’s efficiency when jackfruit core fibre material is employed. The major rationale for using this material is to avoid using plastics. Natural fibres are often weaker than synthetic fibres, and as a result of their porosity, they tend to deteriorate mechanically and physically with time.