In the last years, the research on wood adhe- sives has focused on matching technical performance with low health and environmental impacts. This study presents the first development of a new adhesive technology based on hybrid silane-crosslinking polymers that can combine both silicone’s and polyurethane’s adhesive properties. The advantage of hybrid silane-crosslinking polymers is the absence of potential harmful chemicals, such as iso- cyanates and solvents. Two hybrid formulations were characterized by thermo-mechanical analysis (TMA) and glued wood product elasticity is discussed in this brief original.

Hybrids silane-crosslinking polymers: a potential alternative to polyurethane wood adhesives? A preliminary investigation by TMA

ZANETTI, MICHELA;MARINI, DILETTA;CAVALLI, RAFFAELE
2016

Abstract

In the last years, the research on wood adhe- sives has focused on matching technical performance with low health and environmental impacts. This study presents the first development of a new adhesive technology based on hybrid silane-crosslinking polymers that can combine both silicone’s and polyurethane’s adhesive properties. The advantage of hybrid silane-crosslinking polymers is the absence of potential harmful chemicals, such as iso- cyanates and solvents. Two hybrid formulations were characterized by thermo-mechanical analysis (TMA) and glued wood product elasticity is discussed in this brief original.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3166542
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