Fins are the extended surfaces which are added in order to enhance the rate of heat transfer. As the addition of fins enhance the dissipation of heat from the body, this causes the rate of heat transfer to get increased. This increasing of heat transfer rate is the objective behind of the addition of fins. In this paper, five types of fins (pinned, tapered pin, rectangular, tapered rectangular, and tapered fin with triangular profile) are simulated to find out their respective fin tip temperatures, along with three types of material assignments (Copper, Aluminium and Structural Steel). The industrial application of fins is very diversified. Fins are used in power plants, electronic components, automotive components, chemical & nuclear processes, etc. One of many reasons why this research is performed is due to its immense importance in the industry. The objective is to find out the best finned surface along with the most suitable material assignment. The software to be used for performing this analysis is Ansys Workbench 2021 R2 (Steady State Thermal).