THE EFFECT OF TYPE OF NANO CERAMIC COATING BRAND ON THICKNESS, STICKING POWER, AND CORROSION RATE ON THE VEHICLE BODY
Influence of Nano Ceramic Coating Brand Types on Thickness, Sticking Power, and Corrosion Rate on the Vehicle Body. Mechanical Engineering Education Study Program, Automotive Concentration, Faculty of Engineering, Jakarta State University, January 2022. Vehicles in modern times for maintenance not only in the engine sector and legs but if the body of the vehicle does not do a maintenance then the paint will quickly fade and easily beret and it is necessary to take care to extend the life of the vehicle body. To Find out Which Nano Ceramic Coating Brand is best against thickness, sticking power, and corrosion rate. This study uses experimental research methods. In the results of thickness testing in this study specimens without coatings get a result of 164.06 μm and the thickness with the highest coating obtained with 196.02 μm. The application of coating also affects the sticking power. Specimens without coatings in adulation testing get a value with a classification of 2B in the sense of peeling more than 15% but less than 35% and specimens using coatings that produce the highest are found with a classification of 5B which means no one is peeled off. The application of Nano ceramic coatings also affects the rate of corrosion. Specimens without coating gained the most weight loss with a value of 0.0701 grams and specimens using coatings gained the least weight loss with a value of 0.0203 grams.
Nano Ceramic Coating, Thickness, Adjective, Corrosion Rate