2010
DOI: 10.1016/j.ijadhadh.2009.09.002
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Comparing bond strength and water resistance of alkali-modified soy protein isolate and wheat gluten adhesives

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Cited by 94 publications
(47 citation statements)
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“…Specially, for the dispersions with low concentration (low viscosity) overpenetration into the wood particles can cause poor glue bonds [19]. This is in accordance with previous studies of wheat gluten as glue for solid wood [20][21].…”
Section: Figure 15 -Coefficient Plot (Second Component) For Internal supporting
confidence: 87%
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“…Specially, for the dispersions with low concentration (low viscosity) overpenetration into the wood particles can cause poor glue bonds [19]. This is in accordance with previous studies of wheat gluten as glue for solid wood [20][21].…”
Section: Figure 15 -Coefficient Plot (Second Component) For Internal supporting
confidence: 87%
“…The resin dosage was 6.4% dry resin per dry particles and 4% of dry hardener (ammonium chloride) per resin was added. .4 dp + SPIdisp-1d + dry dried 864 SPIdisp-RT-1h 703 11.9 dp + WGdisp-1d + dry dried 864 WGdisp-RT-1h 422 14.0 dp + SPIdisp-2.5d + dry (1)* dried 864 SPIdisp-RT-1h 703 12.9 dp + SPIdisp-2.5d + dry (2)* dried 864 SPIdisp-RT-1h 703 11.6 dp + SPIdisp-2.5d + dry (3) (12,16,20 or 24 %) of the dispersion and the second number identifies the application method (method 1 or 2). When several boards were made with the same recipe, the numbers in the brackets distinguishes them from each other.…”
Section: Effect Of the Gluing Process -Application Methods 1 Andmentioning
confidence: 99%
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“…Les propriétés adhésives de nombreuses protéines végétales ont ainsi été évaluées dans le domaine particulier des panneaux de bois. Les principales sources de protéines citées (liste non exhaustive) sont les farines ou encore les isolats de protéines de soja (essentiellement), le gluten de blé, les isolats de protéines de maïs (zéines), et de pois (plus marginalement) et enfin de colza et de coton (marginalement) (voir par exemple les références académiques (Amaral-Labat et al, 2008 ;Cheng et al, 2013 ;He et al, 2014 ;Hettiarachchy et al, 1995 ;Khosravi et al, 2010 ;Lei et al, 2010 ;Nordqvist et al, 2010 ;Sun et al, 2005 ;Wang et al, 2002 ;Zhong et al, 2003) ; mais aussi les brevets : WO01/59026 (Heartland) ; US2005/0070635 (Georgia Pacific) ; US2006/0231968 (Georgia Pacific) ; EP 1 742 542 (Hercules) ; WO2010102297 (BioPolymer Technologies) ; WO2010102284 (BioPolymer Technologies) ; WO2011156380 (BioPolymer Technologies) ; WO201336739 (BioPolymer Technologies).…”
Section: -Les Panneaux De Bois Compositeunclassified
“…Haag et al (2004) described microbially produced polysaccharide as a wood adhesive. Tannins (Moubarik et al 2010;Geng et al 2004) and soy proteins (Liu et al 2007;Nordqvist et al 2010;Liu et al 2010) have also been reported as components for formaldehyde-free adhesives. Obviously, other approaches are possible, too.…”
Section: Introductionmentioning
confidence: 99%