Preparation of Material for Thermal Analysis as Insulation Composite

Composite materials are combined in such a way as to enable us to make better use of their virtues while minimizing to some extent the effects of their deficiencies. A structural composite is a material that consists of two or more phases on a macroscopic scale, whose mechanical performance and properties are designed to be superior to those of the constituent’s materials acting independently. The thermal properties of some Natural dispersed fiber composites like (Rice Husk, Bagasse and Corncob) are investigated with the purpose of determining their use as insulators in various applications. Using varied composition percentages of each sample, increasing and decreasing quantities to determine best mixtures has assisted in accurate recommendation. The work has explored the potentials for using composite samples of Rice Husk, Bagasse and Corncob as materials for thermal insulation, a solution which offers a reduction in resource use, promote recycle of the wastes, less dependent on toxic chemical types in wood/cellulose based insulators, in addition to reducing energy consumed by altering internal air conditions. The criteria for evaluation include experimental determination of Thermal Conductivities and Specific Heat Capacities for composites samples and other dependable properties.