The discussions above suggests that the amount of volatiles formed could be substantially reduced if materials could be formulated so that they could render low specific mass loss rates under fire conditions. This would result into less combustion and thereby generate less heat. Reduction in heat generation, as discussed above, would result into less increase of surface temperature of the materials. This would result into less thermal degradation of materials and thereby disrupting the burning chain process. This suggests that beside measurement of Tign temperature as we have reported above, we need to develop an analytical technique that could also measure the total amount of volatiles formed as a result of thermal degradation i.e. could measure the Total Volatile Organic Contents (TVOC).