point to achieve the rapid release of fragrances it is preferred that the candle mass melting point not exceed 145 u00b0 f and more preferably not to exceed 130 u00b0 f the candle mass may be made from a number of combustible materials such as fully refined paraffin semi refined paraffin beeswax soy wax epoxidized soybean oil tallow microwax palm wax mineral wax polyethylene wax normal alpha olefins poly alpha olefins or other triacyglycerol type materials or combustible polymers in one embodiment of the invention the following materials within ranges 1 and 2 are used the candle mass 12 may be formed using existing processes known in the art such as liquid pouring and molding wax bead compression and wax bead extrusion a preferred embodiment of the present invention uses wax bead compression by means of a rotary press in this preferred embodiment the candle mass 12 is manufactured by mixing together the materials listed in table 1 above these materials are mixed and melted into a homogenous liquid state creating a molten u201c blend u201d a molten blend is then sprayed into the air via nozzles with an orifice of 0 35 mm or 0 4 mm onto a rotating cold drum where small spheres approximately 0 25 mm 1 25 mm in diameter are formed the small spheres are scraped off the cold drum into a vibrating pan and collected at a point of vacuum the vacuum delivers small spheres into a candle pressing molding machine such as the machine sold by herrhammer gmbh.