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conferenceseries.com
March 20-22, 2017 Orlando, USA
3rd International Conference on
Smart Materials & Structures
Volume 6, Issue 2 (Suppl) J Material Sci Eng
ISSN: 2169-0022 JME, an open access journal Smart Materials 2017
March 20-22, 2017
Thermal degradation of two tung oil based reactive diluents and linseed oil alkyd
Satilmis Basan1 and Mark D Soucek2
1University of Hittite, Turkey
2University of Akron, USA
Thermal degradation of two tung oil based reactive diluents, linseed oil alkyd and different amounts of two reactive diluents having
paint formulations were investigated using TGA and DSC under non-isothermal conditions and dynamic nitrogen atmosphere
and air. Activation energies were obtained from Freidman method and Freeman-Carroll method and subsequently the pre-
exponential factor ‘A’ and reaction order ‘n’ for reactive diluents and alkyd were also determined according to general rate equation.
From kinetic analysis of the thermal degradation of using TGA, it was founded that thermal degradation of two diluents and alkyd
has taken place in one stage but thermal degradation of all paint formulations have taken place in more than two stages. As shown
from Freidman method and Freeman-Carroll method, the chemical composition and atmosphere of reactive diluents influenced the
thermal degradation. Increasing reactive diluents decreased slightly the thermal stability of linseed oil alkyd.
Biography
Satilmis Basan has completed his PhD from Hacettepe University and Postdoctoral studies from Glasgow University, Department of Chemistry and Akron University, De-
partment of Polymer Engineering. He is the Head of Department of Chemical Engineering, Founder Dean of Faculty of Engineering at Hittite University and Editor in Chief
of Journal of the Turkish Chemical Society, Section B: Chemical Engineering. He has published more than 24 papers in reputed journals.
Satilmis Basan et al., J Material Sci Eng 2017, 6:2 (Suppl)