Minimizing wear through combined thermo chemical and plasma activated diffusion and coating processes

Contibutor(s)

Mueller, Thomas J. (author)
Gebeshuber, Andreas (author)
Kullmer, Roland (author)
Lugmair, Christoph (author)
Perlot, Stefan (author)
Stoiber, Monika (author)

Language

english

Source

Materiali in tehnologije

Year

2004

Numbering

volume 38, issue 6

Publisher

Inštitut za kovinske materiale in tehnologije

Provider

Inštitut za kovinske materiale in tehnologije
(Obvezni izvod spletne publikacije)

description

To improve surface properties as wear and/or corrosion resistance, thermochemical surface treatments in glow discharge plasmas are already well know. These new technologies are environmentally friendly and therefore RÜBIG PLASNIT plasmanitriding, PLASOX plasmanitriding with subsequent oxidation or PLASTIT PACVD-coating processes are the future surface treatments. The currently used industrial processes range from plasma-activation of component surfaces for following/additional treatments to diffusion and/or hard coating processes. By a combination of diffusion and coating processes the hard coatings attain an appropriate supporting effect, improved layer bonding and reduction of cracking underneath the surface.

Rights

URN

URN:NBN:SI:DOC-W1S8IWMI

COBISSID

365738

Added

16.09.2009

Metadata

Citation

APA:

Mueller, Thomas J., Gebeshuber, Andreas, Kullmer, Roland, Lugmair, Christoph, Perlot, Stefan, Stoiber, Monika (2004). Minimizing wear through combined thermo chemical and plasma activated diffusion and coating processes. Materiali in tehnologije, volume 38, issue 6, str. 353-357. URN:NBN:SI:DOC-W1S8IWMI from http://www.dlib.si

MLA:

Mueller, Thomas J., Gebeshuber, Andreas, Kullmer, Roland, Lugmair, Christoph, Perlot, Stefan, Stoiber, Monika. "Minimizing wear through combined thermo chemical and plasma activated diffusion and coating processes." Materiali in tehnologije volume 38. issue 6 (2004) str. 353-357.
<http://www.dlib.si/?URN=URN:NBN:SI:DOC-W1S8IWMI>

Materiali in tehnologije
2000-
(Assembly record)