Mohammadreza Heydartaemeh
NanoMineTech Co., Iran
Title: Examination and measurement of the corrosion resistance rate of copper sulfide ore on Nano high entropy alloy/Graphene composite coating
Biography
Biography: Mohammadreza Heydartaemeh
Abstract
Hardening is a method for protecting metal equipment, metal tools, or important components against erosion, tension, and corrosion. In this respect, a thin layer of corrosion-resistant metal is welded on the surface of the workpiece. This process is very useful for improving resistance against abrasion and corrosion. As nanotechnology develops, one of the most important properties of materials, namely their surface resistance against destructive phenomena such as abrasion, impact, erosion, and corrosion, could be improved. Enjoying favorable abrasion resistance is considered as one of the most important indicators of piece-part quality in many industries. The useful life of piece-parts could be significantly increased by applying abrasion-resistant coatings, reducing repair or replacement costs associated with damaged parts subsequently. Besides, this process amounts to an inexpensive method in the production of parts and is economically justifiable. Abrasion- resistant coatings could be applied to mining equipment exposed to abrasion and impact. This study is focused on measuring the abrasion resistance of Nano high entropy alloy/Graphene Composite on Copper sulfide ore. This Nano coating is a modern method for hardening the ball and lining of mining grinding mills.