Within the composite sector, the utilization of matured kenaf as fiber reinforcements in different forms has been seen. Research has demonstrated that the incorporation of kenaf fibers has resulted in enhanced mechanical characteristics of pristine polymers . The primary components of kenaf consist of cellulose (45-57% by weight), hemicelluloses (21.5% by weight), lignin (8-13% by weight), and pectin (3-5% by weight). Kenaf fibers exhibit superior thermal and mechanical characteristics in comparison to varying natural fibers when they are combined with appropriate polymers . Kenaf fiber exhibits promise as a fillers for reinforcement in polymer matrix composites. The objective of PMC production is to generate a novel material with enhanced properties in comparison to its constituent material. Kenaf fiber finds application as a reinforcing agent in plastic and synthetic goods, as well as in cosmetics, organic fillers, and medicine. Additionally, kenaf fiber is beneficial to the environment . Palm oil plants generate substantial quantities of biomass waste in the form of EFB. A significant amount of EFB fiber is produced as trash in Malaysia and the South East Asian nations that surround it . Additionally, these EFB fibers exhibit particular qualities that indicate that EFB are readily obtainable as fibrous material with a solely biological origin in a conventional palm oil mill. EFB is devoid of any chemical or mineral additives, and, subject to appropriate mill handling procedures, it is also free of foreign materials including garbage, gravel, nails, and wood leftovers. But because of the biological development and steam sterilization in the mill, it is saturated with water. Because EFB contains about 67% moisture, it must first undergo pre-processing in order to be deemed a suitable fuel.