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Flexural strength of polyamide 6 intercalated/exfoliated cements

Qiao, Y. / Chakravarthula, S.S. / Deliwala, J.K.

Polyamide 6 intercalated/exfoliated (PIE) cements are fabricated and characterized. With the reinforcing nanointerphase, the flexure strength of a PIE cement is higher than that of ordinary cements by an order of magnitude. The optimum nanointerphase content is around 10 wt.%. This technique has great potential in developing advanced precast and repair technologies.

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Flexural strength of polyamide 6 intercalated/exfoliated cements

Qiao, Y. / Chakravarthula, S.S. / Deliwala, J.K.

Polyamide 6 intercalated/exfoliated (PIE) cements are fabricated and characterized. With the reinforcing nanointerphase, the flexure strength of a PIE cement is higher than that of ordinary cements by an order of magnitude. The optimum nanointerphase content is around 10 wt.%. This technique has great potential in developing advanced precast and repair technologies.

Flexural strength of polyamide 6 intercalated/exfoliated cements

Qiao, Y. / Chakravarthula, S.S. / Deliwala, J.K.

Polyamide 6 intercalated/exfoliated (PIE) cements are fabricated and characterized. With the reinforcing nanointerphase, the flexure strength of a PIE cement is higher than that of ordinary cements by an order of magnitude. The optimum nanointerphase content is around 10 wt.%. This technique has great potential in developing advanced precast and repair technologies.

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Title:

Flexural strength of polyamide 6 intercalated/exfoliated cements

Contributors:

Qiao, Y. (author) / Chakravarthula, S.S. (author) / Deliwala, J.K. (author)

Published in:

Materials Science and Engineering, Part A (Structural Materials: Properties, Microstructure and Processing) ; 404 ; 270-273

Publication date:

2005

Size:

4 Seiten, 24 Quellen

ISSN:

DOI:

https://doi.org/10.1016/j.msea.2005.05.079

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Polyamid , Biegefestigkeit , Silicat , chemische Synthese , Zugfestigkeit , Röntgenbeugung , Röntgenanalyse , Rasterelektronenmikroskopie , hydraulischer Zement , Schichtwerkstoff

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