Author(s)

Milan Dvořák¹, Emil Schwarzer¹, Miloš Klíma²

¹BUT, Faculty of Mechanical Engineering, IMT, Brno, Czech Republic.
²MU, Faculty of Science, PF MU, Brno, Czech Republic.

This article focuses on the study of the defined values of tensile strain and the effect of low temperature plasma adhesion selected coatings on steel samples using a tensile testing flat test bars. Samples were made by machining and welding technologies. The flat test bars were tested by pulling on a test rig UPC 1200. Part of the samples was treated on the surface prior to coating by a tensile test, second base coat and with a final coat continuous multi plasma system. The selected test samples were determined from the tensile test of the material characteristics apparent from the tensile diagrams. The examined samples were fitted top and base coat. Another group was the KTL basis. The presented graphs show the dependence of the strength on elongation of a sample according to DIN EN ISO 6892-2. The samples were then examined under a stereo microscope SCHUT brand, type SSM-E in the laboratory to conduct coating on a steel sheet at the moment of total violation sectional samples. The base layer, in which the temperature ranges from 160°C - 180°C, was applied by electrophoresis method.

Tensile Test, Sheet with Coating, Adhesion of Coating, Multi-Jet Plasma System

Dvořák, M. , Schwarzer, E. and Klíma, M. (2015) Study of Deformation Coating for Sheets by Using Tensile Test. Journal of Surface Engineered Materials and Advanced Technology, 5, 73-83. doi: 10.4236/jsemat.2015.52008.