Utensils made of titanium and it's alloys have recently been employed in various branches of medical treatment, welfare, recreation and sports due to their light weight, excellent corrosion resistance and artistic design potential. However, utensils made of titanium and it's alloys are more subject to easy seizure, scuffing, abrasive wear and adhesive wear than utensils made of steel. This study seeks to improve the tribological properties of titanium and it's alloys by applying a porous anodic oxide film anodized in a suitable electrolytic solution made up H₂SO₄, H₃PO₄ and H₂O₂. The method employs 5,000 Hz pulses in direct current to anodize utensils and impregnate them with molybdenum sulfide while they adsorb zinc sulfide using electrophoresis at the same time. Based on this study, we were able to attain a lower friction coefficient, a narrower wear trace, and a lower ratio of wear volume after this surface treatment. We presume that the chemical composition of zinc sulfide resolved during friction and wear converts molybdenum sulfide to MoS₂, a well known lubricant, as a result of reciprocal action.