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Date: 20090326 |
20090326 | |
2009 | | | | | | |
Type: Article
Identifier: vital1:31883
Description: The use of surfactants in addition to proteolytic enzymes and other protein removing agents such as urea is a common practice in acquiring deproteinised natural rubber latex. In the present work, sodi
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Date: 20090219 |
20090219 | |
2008 | | | | | | |
Type: Article
Identifier: vital1:31727
Description: Recent development in surfactant technology has made it possible to produce surfactants based on plant extracts. A new material based on polyfructose extracted from roots of chicory was used as a stab
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Date: 20080229 |
20080229 | |
2008 | | | | | | |
Type: Article
Identifier: vital1:36692
Description: High ammonia natural rubber latex was first deammoniated and a biobased surfactant was added to enhance the stability of the latex. As the hydrophobically modified polyfructose (Inutec® SP1) was thoug
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Date: 20071213 |
20071213 | |
2007 | | | | | | |
Type: Article
Identifier: vital1:36403
Description: Natural rubber (NR) latex is a dispersion of rubber particles in an aqueous phase. By virtue of the naturally occurring surface active materials surrounding each particle, the rubber particles are the
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