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Performance Analysis of Depth Hardness of EN41B Material using Gas Nitriding Process


Dipenkumar Prajapati , Sal College of Engineering; Dixit M. Patel, Sal College of Engineering


Hardness, Gas Nitriding, EN41B Material, Depth Harness, Taguchi Techniques, Optimization, Process Variables


Gas nitriding is wide wont to turn out onerous and wear resistant surface. It’s performed within the temperature vary 480 to 580 °C. If the substrate material needs heat treatment, it should be performed before nitriding. The gas is typically a combination of ammonia and a carrier gas, e.g., nitrogen to extend the depth hardness of EN41B material exploitation gas nitriding method. Gas nitriding method is heat treatment method used for rising wear resistance, corrosion resistance and to boost mechanical properties nearly applies to the vary of steels containing nitride-forming component like metallic element, molybdenum, metallic element and al. With the utilization of chamber the gas ntriding method is feasible by exploitation completely different input parameter as method management, method chamber maintenance, time, temperature, gas activity management, gas flow, carbon content, chamber temperature etc, and observe its effects on output parameter like layer thickness, hardness, wear resistance, corrosion resistance, mechanical properties. To perform the experiment, associate degree experiment style matrix was habitual exploitation the planning of the experiments.

Other Details

Paper ID: IJSRDV7I40597
Published in: Volume : 7, Issue : 4
Publication Date: 01/07/2019
Page(s): 456-458

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