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Recent developments in low-smoke zero-halogen flame retardant polyolefins

Cogen, Jeffrey M. / Wasserman, Scott H. / Brown, Geoffrey D. / Bunker, Shana P. / Gowell, Robert W. / Lin, Thomas S. / Whaley, Paul D.

LS0H (low-smoke zero-halogen) polyolefin compounds typically require high levels of additives, which significantly impact mechanical properties and processability. This poses unique material development challenges. This paper presents recent developments in LSOH polyolefin technology, including novel nanoclay flame retardants, coupling technology, metal hydroxide structure-property relationships, new functional fillers for wet electrical applications, rheology of filled polyolefin systems, and fire testing methodology. These developments provide new tools for creation of novel LSOH materials.

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Recent developments in low-smoke zero-halogen flame retardant polyolefins

Cogen, Jeffrey M. / Wasserman, Scott H. / Brown, Geoffrey D. / Bunker, Shana P. / Gowell, Robert W. / Lin, Thomas S. / Whaley, Paul D.

LS0H (low-smoke zero-halogen) polyolefin compounds typically require high levels of additives, which significantly impact mechanical properties and processability. This poses unique material development challenges. This paper presents recent developments in LSOH polyolefin technology, including novel nanoclay flame retardants, coupling technology, metal hydroxide structure-property relationships, new functional fillers for wet electrical applications, rheology of filled polyolefin systems, and fire testing methodology. These developments provide new tools for creation of novel LSOH materials.

Recent developments in low-smoke zero-halogen flame retardant polyolefins

Cogen, Jeffrey M. / Wasserman, Scott H. / Brown, Geoffrey D. / Bunker, Shana P. / Gowell, Robert W. / Lin, Thomas S. / Whaley, Paul D.

LS0H (low-smoke zero-halogen) polyolefin compounds typically require high levels of additives, which significantly impact mechanical properties and processability. This poses unique material development challenges. This paper presents recent developments in LSOH polyolefin technology, including novel nanoclay flame retardants, coupling technology, metal hydroxide structure-property relationships, new functional fillers for wet electrical applications, rheology of filled polyolefin systems, and fire testing methodology. These developments provide new tools for creation of novel LSOH materials.

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Title:

Recent developments in low-smoke zero-halogen flame retardant polyolefins

Contributors:

Cogen, Jeffrey M. (author) / Wasserman, Scott H. (author) / Brown, Geoffrey D. (author) / Bunker, Shana P. (author) / Gowell, Robert W. (author) / Lin, Thomas S. (author) / Whaley, Paul D. (author)

Published in:

From Reserves to Retailers - The Changes Confronting the Polyolefins Business Worldwide, Polyolefins, International Conference on Polyolefins, 2006 ; 879-893

Publication date:

2006

Size:

15 Seiten, 12 Bilder, 6 Tabellen, 26 Quellen

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

nanokristalliner Werkstoff , Ton (Mineral) , Magnesiumhydroxid , Natriumsilicat , Copolymer-Ethylen-Vinylacetat , Montmorillonit , Viskosität , Zugfestigkeit , Bruchdehnung , Vertikalflammtest

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