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Preparation and characterization of hybrid thiol‐ene/epoxy UV–thermal dual‐cured systems
60
Citations
10
References
2010
Year
Materials ScienceEpoxy MonomerChemical EngineeringEngineeringPolymer HybridPhotochemistryPolymer ScienceHybrid Thiol‐ene/epoxy Uv–thermalPhotopolymer NetworkChemistryHybrid MaterialsThermal StabilityHybrid Thiol‐ene/epoxy CoatingsPolymer ChemistryOrganic-inorganic Hybrid Material
Abstract Hybrid thiol‐ene/epoxy coatings were prepared by combining thiol‐ene photo‐curable formulations with epoxy monomers, through a dual UV–thermal curing process. An increase in glass transition temperature and in storage modulus was observed for the hybrid thiol‐ene/epoxy coatings when compared with the pristine thiol‐ene UV‐cured system. Also, the bisphenol A moieties introduced into the hybrid networks during the dual‐curing process induced an increase in thermal stability of the cured materials. It has been demonstrated that the addition of epoxy monomer to the thiol‐ene photo‐curable system is a good strategy to follow in order to improve the final properties of thiol‐ene‐based coatings leading to a wide range of possible applications for the hybrid materials. Copyright © 2010 Society of Chemical Industry
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