Retarding Heat Flow in Resin Materials by Using Oxide Fillers

Journal of Kufa-Physics, October 2010

Posted: 10 Jul 2017

Date Written: October 6, 2010

Abstract

The aim of this research is to study the retarding heat flow in epoxy conbextra (EP-10) resin and increased thermal insulation by using oxide fillers of Magnesium Oxide (MgO) added as a filler with different percentages (1%,2%,3%) to resin and study the effect of this additive on heat flow and thermal insulation of the resin. Fourier equation was used to calculate the changing in thermal conductivity coefficient (k) for epoxy resin before and after addition of Magnesium Oxide. The results show improved retarding heat flow and increased thermal insulation of the resin by reduced thermal conductivity value after oxide addition, and the value of thermal insulation will be increased with increasing of additive percentage of Magnesium Oxide as illustrated in diagrams which represent the relation between thermal conductivity coefficient with temperature.

Keywords: Resin Material, Ceramic Material, Thermal Conductivity

Suggested Citation

Al-Mosawi, Ali, Retarding Heat Flow in Resin Materials by Using Oxide Fillers (October 6, 2010). Journal of Kufa-Physics, October 2010. Available at SSRN: https://ssrn.com/abstract=2516852

Ali Al-Mosawi (Contact Author)

University of Miskolc ( email )

University of Miskolc, 3515 Miskolc-Egyetemváros,
Miskolc, 3515
Hungary

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