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Relevance of the acid–base approach in prediction of adhesion properties in two‐component injection moulding
Authors:Eduard Kraus  Sonja Horvat  Christian Deubel  Christian Staudigel  Benjamin Baudrit  Peter Heidemeyer  Martin Bastian  Irina Starostina  Oleg Stoyanov
Affiliation:1. SKZ, German Plastics Center, Research and Development, Wuerzburg, Germany;2. Kazan National Research Technological University, Kazan, Republic of Tatarstan, RussianFederation
Abstract:We demonstrate the use of innovative wetting method in prediction of the adhesion properties of biobased polymers for two‐component injection moulding, taking into account the acid–base surface properties of joined materials. The measurements were carried out in accordance with modified Berger method by calculation of the difference in shortened acidity parameter ΔDshort between hard and soft component. Correlation factors up to 0.99 were observed between ΔDshort and peel force. In comparison to results obtained by conventional wetting methods, high potential for the selection of components with high interface adhesion and for prediction of the functionality by the acid–base approach was demonstrated. © 2015 Wiley Periodicals, Inc. J. Appl. Polym. Sci. 2016 , 133, 43048.
Keywords:biopolymers & renewable polymers  biomaterials  elastomers  molding  properties and characterization
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