Self-organized networks of intrinsically conductive additives in two-phase plastics

J.K. Avlyanov; K. Schwartz; S.R. Gerteisen; S. Dahman

doi:10.1016/S0379-6779(98)01469-6

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Self-organized networks of intrinsically conductive additives in two-phase plastics

Journal article

Peer reviewed

Self-organized networks of intrinsically conductive additives in two-phase plastics

J.K. Avlyanov, K. Schwartz, S.R. Gerteisen and S. Dahman

Synthetic metals, Vol.102(1), pp.1274-1274

01/06/1999

DOI: https://doi.org/10.1016/S0379-6779(98)01469-6

Abstract

Coatings

Melt processing

Polyaniline

Polypyrrole

Controlled localization of Eeonomer ® additives (i.e. thermally stable polyaniline or polypyrrole composites with carbon black) within heterogeneous nylon 6/polypropylene (NY/PP) blends have been investigated. By varying the conductive polymer to carbon black (CB) ratio it was possible to fine-tune the polarity of Eeonomers ® and achieve very low percolation thresholds due to preferred Eeonomer ® localization at the 2D plastics phase boundary.

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Title: Self-organized networks of intrinsically conductive additives in two-phase plastics
Creators - without role: J.K. Avlyanov - IDEX Corporation
K. Schwartz - IDEX Corporation
S.R. Gerteisen - DSM, Evansville, IN 47732, USA
S. Dahman - RTF Company. Winona. MN 55987, USA
Publication Details: Synthetic metals, Vol.102(1), pp.1274-1274
Publisher: Elsevier B.V
Identifiers: 9927334508331
Academic Unit: Princess Nourah bint Abdulrahman University
Language: English
Resource Type: Journal article