Over the years, the applications of aerogels have expanded from electronics to aircrafts, and thus, researchers have become more interested in different types of aerogels as well. One of the earliest discoveries is the carbon aerogel, which, according to Agnieszka Ślosarczyk et al., has exceptional properties like oil absorption, heat resistance, and conductivity . However, other aerogels like boron nitride aerogels have been found to have better attributes. In a research paper by Lu Hua Li et al., boron nitride aerogels have better resistance against oxidation than carbon aerogels . This is extremely significant due to the fact that aerogels are exceptional in their heat resistance ability, and having strong oxidation resistance, which is to avoid gaining oxygen, means that it is harder for the substance to gain oxygen and burn up. Duo Pan et al. adds that boron nitride aerogels have a unique network structure that ensures excellent thermal conductivity in the vertical direction of the composite of the aerogel . This makes boron nitride a strong candidate for electrical purposes, which is increasing in need over the years.