Multiple unsaturated poly(urethane-ester) containing epoxy residues - Dave, Pragnesh
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Merging of all the four unsaturation, epoxy, ester and urethane segments into one polymer chain has not received attention academically and technically. Certain properties of thermoplastics may also be improved via blending or addition to an unsaturated resin is another possibility. In order to improve certain properties of such reported polymers their blending with commercial vinyl esters (epoxy resin) such as vinyl ester epoxy resin may afford a commercially important material for wide industrial applications. Hence the present report comprises synthesis of poly (urethane-ester) having epoxy residues.…mehr

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Produktbeschreibung
Merging of all the four unsaturation, epoxy, ester and urethane segments into one polymer chain has not received attention academically and technically. Certain properties of thermoplastics may also be improved via blending or addition to an unsaturated resin is another possibility. In order to improve certain properties of such reported polymers their blending with commercial vinyl esters (epoxy resin) such as vinyl ester epoxy resin may afford a commercially important material for wide industrial applications. Hence the present report comprises synthesis of poly (urethane-ester) having epoxy residues.
Autorenporträt
Dr Pragnesh N Dave has been working as a Professor & Head, Department of Chemistry, K S K V Kachchh University,Bhuj, India. He has 12 years of teaching and research experiences and Shalini Chaturvedi Ph.D in Chemistry, Master of Chemistry and B. Science all from DDU Gorakhpur University, INDIA.