Increasing Tool Steel Surface Wear Resistance by Surface Treatment | Zendy

László Tóth | Zendy; Zoltán Nyikes | Zendy; Umesh Mhatre | Zendy

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Increasing Tool Steel Surface Wear Resistance by Surface Treatment

Author(s) -

László Tóth,

Zoltán Nyikes,

Umesh Mhatre

Publication year - 2020

Publication title -

műszaki tudományos közlemények

Language(s) - English

Resource type - Journals

ISSN - 2601-5773

DOI - 10.33894/mtk-2020.13.32

Subject(s) - surface roughness , wear resistance , abrasion (mechanical) , surface (topology) , materials science , coating , surface modification , surface finish , base (topology) , metallurgy , hardness , mechanical engineering , composite material , engineering , mathematics , geometry , mathematical analysis

The industry is imposing increasing wear and tear requirements on tools, which can no longer be satisfied with the development of base materials (tool steels). Surface treatment technologies can provide a solution as the surface of the working tool must be suitable. It can determine a relationship between the hardness, surface roughness and the abrasion resistance of various surface treatments and the coating technologies such as PVD as a result of tool steel surface layers. These relationships form the basis for tool selection and provide a theoretical basis for the design of surface technologies.

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