Thermal measurements on polymeric epoxy-expandable graphite material

Abstract
Combustion measurements, such as heat release rate, critical flux, time-to-ignition, ignition temperature, thermal inertia, and kinematics – activation energy as well as pre-exponential factor – on epoxy polymer (PrimeTM 20LV) with expandable graphite (EG) inorganic filler of different weight percentage composites, are conducted using the Dual Cone Calorimeter, the Thermogravimetric analysis (TGA) and Linseis (Germany) THB100 Transient Hot Bridge thermal conductivity analyzer. The results indicate that increasing the amount of EG in polymer composite leads to reduction in the critical flux, the time-to-ignition, the ignition temperature, the thermal inertia, the average thermal conductivity, and the activation energy of the composite samples. There is, however, an increase in the heat of gasification with increasing EG content. pdf file: click here

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