FTIR measurements are presented in the figures below. conclusions are obtained with Fourier Transform infrared (FITR) instrumentation. This spectrum produces a profile of the sample thus creating a distinctive fingerprint which is then used to scan various known and unknown samples. FTIR is essential for detecting functional groups and characterizing covalent bonding information. There are many references of IR frequencies for various functional groups. This characterization is beneficial to the research because it allows for visualization and identification of any impurities in samples, and for indicating the absence or presence of nanocomposite production without impurities.