Solution blowing of soy protein fibers

S. Sinha-Ray; Y. Zhang; Alexander Yarin; S. C. Davis; B. Pourdeyhimi

doi:10.1021/bk-2012-1105.ch020

Solution blowing of soy protein fibers

S. Sinha-Ray, Y. Zhang, Alexander Yarin, S. C. Davis, B. Pourdeyhimi

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

2 Citations (Scopus)

Abstract

Solution blowing of soy protein (sp)/polymer blends was used to form monolithic nanofibers. The monolithic fibers were blown from blends of soy protein and nylon-6 in Formic Acid. The sp/nylon-6 ratio achieved in dry monolithic nanofibers formed using solution blowing of the blend was equal to 40/60. In addition, solution blowing of core-shell nanofibers was realized with soy protein being in the core and the supporting polymer in the shell. The shells were formed from either polyacrylonitrile (PAN), or nylon-6. The sp/nylon-6 ratio achieved in dry core-shell fibers was 32/68. For sp/PAN the ratio achieved in dry core-shell fibers was 29/71. The nanofibers developed in the present work contain significant amounts of soy protein and hold great potential in various applications of nonwovens.

Original language	English
Title of host publication	ACS Symposium Series
Publisher	American Chemical Society
Pages	335-348
Number of pages	14
Volume	1105
ISBN (Print)	9780841227675
DOIs	https://doi.org/10.1021/bk-2012-1105.ch020
Publication status	Published - 2012 Jan 1
Externally published	Yes

Publication series

Name	ACS Symposium Series
Volume	1105
ISSN (Print)	00976156
ISSN (Electronic)	19475918

ASJC Scopus subject areas

Chemistry(all)
Chemical Engineering(all)

Access to Document

10.1021/bk-2012-1105.ch020

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abstract = "Solution blowing of soy protein (sp)/polymer blends was used to form monolithic nanofibers. The monolithic fibers were blown from blends of soy protein and nylon-6 in Formic Acid. The sp/nylon-6 ratio achieved in dry monolithic nanofibers formed using solution blowing of the blend was equal to 40/60. In addition, solution blowing of core-shell nanofibers was realized with soy protein being in the core and the supporting polymer in the shell. The shells were formed from either polyacrylonitrile (PAN), or nylon-6. The sp/nylon-6 ratio achieved in dry core-shell fibers was 32/68. For sp/PAN the ratio achieved in dry core-shell fibers was 29/71. The nanofibers developed in the present work contain significant amounts of soy protein and hold great potential in various applications of nonwovens.",

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AU - Pourdeyhimi, B.

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N2 - Solution blowing of soy protein (sp)/polymer blends was used to form monolithic nanofibers. The monolithic fibers were blown from blends of soy protein and nylon-6 in Formic Acid. The sp/nylon-6 ratio achieved in dry monolithic nanofibers formed using solution blowing of the blend was equal to 40/60. In addition, solution blowing of core-shell nanofibers was realized with soy protein being in the core and the supporting polymer in the shell. The shells were formed from either polyacrylonitrile (PAN), or nylon-6. The sp/nylon-6 ratio achieved in dry core-shell fibers was 32/68. For sp/PAN the ratio achieved in dry core-shell fibers was 29/71. The nanofibers developed in the present work contain significant amounts of soy protein and hold great potential in various applications of nonwovens.

AB - Solution blowing of soy protein (sp)/polymer blends was used to form monolithic nanofibers. The monolithic fibers were blown from blends of soy protein and nylon-6 in Formic Acid. The sp/nylon-6 ratio achieved in dry monolithic nanofibers formed using solution blowing of the blend was equal to 40/60. In addition, solution blowing of core-shell nanofibers was realized with soy protein being in the core and the supporting polymer in the shell. The shells were formed from either polyacrylonitrile (PAN), or nylon-6. The sp/nylon-6 ratio achieved in dry core-shell fibers was 32/68. For sp/PAN the ratio achieved in dry core-shell fibers was 29/71. The nanofibers developed in the present work contain significant amounts of soy protein and hold great potential in various applications of nonwovens.

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