Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test

The materials involved in this research study were produced by diemoulding in order to obtain bone samples type 1A (SR EN ISO 527‐2:2003). These composites have a matrix of polybutylene terephthalate(PBT) commercial grade Crastin 6130NC010,DuPont. The valuesfor theglass beads concentrations were est...

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Main Authors: C. Georgescu, M. Botan, L. Deleanu
Format: Article
Language:English
Published: University of Kragujevac 2013-06-01
Series:Tribology in Industry
Subjects:
Online Access:http://www.tribology.fink.rs/journals/2013/2013-2/6.pdf
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spelling doaj-1d6972b8ea174512b8ed6da3a01d5e092020-11-25T01:10:27ZengUniversity of KragujevacTribology in Industry0354-89962217-79652013-06-01352134140Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring TestC. GeorgescuM. BotanL. DeleanuThe materials involved in this research study were produced by diemoulding in order to obtain bone samples type 1A (SR EN ISO 527‐2:2003). These composites have a matrix of polybutylene terephthalate(PBT) commercial grade Crastin 6130NC010,DuPont. The valuesfor theglass beads concentrations were established at 10 % and 20 %(wt).Block‐on‐ring tests were run in order to characterize the tribologicalbehaviour of this friction couple (PBT and PBT composites with glassbeads on steel). The block was manufactured by cutting parts from thebone samples, having the dimensions of 16.5 mm × 10 mm × 4 mm. Theother triboelement was the external ring of the tapered rolling bearing KBS 30202, having dimensions of Ø35 mm × 10 mm and was made ofsteel grade DIN 100Cr6. There were analysed the followingcharacteristics: friction coefficient (mean value over a test andscattering range), wear (wear rate). There are also presented particular aspects oftheworn surfaces, asinvestigated fromSEMimageshttp://www.tribology.fink.rs/journals/2013/2013-2/6.pdfPBT compositeTribological behaviourAntifoulingBlock‐on‐ring testDry sliding
collection DOAJ
language English
format Article
sources DOAJ
author C. Georgescu
M. Botan
L. Deleanu
spellingShingle C. Georgescu
M. Botan
L. Deleanu
Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test
Tribology in Industry
PBT composite
Tribological behaviour
Antifouling
Block‐on‐ring test
Dry sliding
author_facet C. Georgescu
M. Botan
L. Deleanu
author_sort C. Georgescu
title Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test
title_short Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test
title_full Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test
title_fullStr Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test
title_full_unstemmed Tribological Characterisation of PBT + Glass Bead Composites with the Help of Block-on-Ring Test
title_sort tribological characterisation of pbt + glass bead composites with the help of block-on-ring test
publisher University of Kragujevac
series Tribology in Industry
issn 0354-8996
2217-7965
publishDate 2013-06-01
description The materials involved in this research study were produced by diemoulding in order to obtain bone samples type 1A (SR EN ISO 527‐2:2003). These composites have a matrix of polybutylene terephthalate(PBT) commercial grade Crastin 6130NC010,DuPont. The valuesfor theglass beads concentrations were established at 10 % and 20 %(wt).Block‐on‐ring tests were run in order to characterize the tribologicalbehaviour of this friction couple (PBT and PBT composites with glassbeads on steel). The block was manufactured by cutting parts from thebone samples, having the dimensions of 16.5 mm × 10 mm × 4 mm. Theother triboelement was the external ring of the tapered rolling bearing KBS 30202, having dimensions of Ø35 mm × 10 mm and was made ofsteel grade DIN 100Cr6. There were analysed the followingcharacteristics: friction coefficient (mean value over a test andscattering range), wear (wear rate). There are also presented particular aspects oftheworn surfaces, asinvestigated fromSEMimages
topic PBT composite
Tribological behaviour
Antifouling
Block‐on‐ring test
Dry sliding
url http://www.tribology.fink.rs/journals/2013/2013-2/6.pdf
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AT mbotan tribologicalcharacterisationofpbtglassbeadcompositeswiththehelpofblockonringtest
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