Titanium foams show particular high strength, excellent energy consumption, superior corrosion resistance, and biocompatibility. These elements ideally changed for purposes within the aerospace industry. Inherent stability to corrosion enables the foam to be an excellent candidate for various filtering purposes. Moreover, titanium's physiological inertness offers its mild form a promising applicant for biomedical implantation methods. The most considerable advantage in manufacturing titanium foams is as follows1- The production and functional features adjusted through making manipulations that change porosity and cell morphology2- The great appeal of titanium foams immediately connected to a multi-industry need for improvement in this technology.