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Normas DIN – AENOR
DIN EN 17393:2020-09

DIN EN 17393:2020-09

Thermal spraying - Tubular coating tensile test; German version EN 17393:2020

Projection thermique - Essai de traction; Version allemande EN 17393:2020

Thermisches Spritzen - Schichtzugversuch; Deutsche Fassung EN 17393:2020

Fecha:
2020-09 /Active
Equivalencias internacionales:

EN 17393 (2020-07)

Relación con otras normas DIN:

Reemplaza a: DIN 32535:2013-10

Reemplaza a: DIN EN 17393:2019-07

Resumen:
This standard specifies the procedure for the determination of coating strength, and hence of cohesive strength in a tubular coating tensile test.The test is intended to determine the tensile coating strength parallel to the spray layers (normal to the spray direction) and to identify differences in particle bond quality.The tubular coating tensile test is suitable for sprayed coatings deposited using metallic materials.The tubular coating tensile test is not suitable for fused sprayed coatings deposited using self fluxing alloys.The test supports quality assurance and is intended to be applied for the purpose of coating optimisation by identifying the influences of coating parameters and spray materials on the coatings's quality. Furthermore, the coating strength can be compared with the characteristics of similar solid materials and the coating's quality can be assessed, in particular for cold sprayed coatings.This test is not recommended for thin coatings (coating thickness under 500 micrometer), since massive scattering of results is to be expected here. Due to the size of the specimens, it is particularly suitable to apply the tubular coating tensile test for coating processes that use a bundled spray jet and a highly focused spray spot, as in the case of cold spraying, high velocity flame spraying (HVOF) or plasma spraying. Applying the tubular coating tensile test for coating processes that use a broad spray jet, such as flame spraying and arc spraying, may require special spraying measures, e. g. the use of a template to ensure a nearly vertical impingement angle.
Keywords:
Adhesion, Adhesive strength, Coatings, Cohesion, Definitions, Inspection, Layer strength, Metal spraying, Metallic materials, Quality assessment, Sprayed coats, Surface treatment, Tensile strength, Tensile testing, Testing, Thermal spraying, Welding engineering
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