The morphology, mechanical and thermal properties of green composites were characterized by the following methods: FTIR spectroscopy: The presence and interaction of functional sets in the composites were evaluated using Fourier Transform Infrared (FTIR) spectroscopy. FTIR test was conducted within the range of 4000cm -1 to 400cm -1 . SEM test: An examination was conducted on the morphological and structural characteristics of fractured surface composites utilizing a scanning electron microscope (JSM-5510, JEOL, and Japan). Each sample was cut into seven pieces for the tensile strength test according to the ASTM. To investigate the mechanical characteristics of the samples, an Instron Tensile Machine type 4032 was employed. The process outlined in ASTM D638 was adhered to. Two clamps, one removable and one attached to the machine, were used to secure the sample. The samples were loaded up until they broke. In order to ascertain the tensile strength measurements of the composites, namely the maximum load, load at break, maximum strain, maximum displacement, maximum percentage of strain, and Young modulus, the average value of the five most favorable readings was obtained and computed.