Fabrication of a mullite-bonded cordierite body suitable for using as kiln furniture has been investigated in this research. First of all cordierite powder was synthesized by mixing talc, kaolin and alumina as starting materials, pressing and firing up to 1325oC. The amount of cordierite phase was estimated by X-ray diffraction technique. The synthesized cordierite then was mixed with certain amounts of kaolin and alumina as the starting materials for mullite formation and the mixture was shaped by pressing method, following by firing at different temperatures. The changes of density, porosity and cold crushing strength of the samples were measured as a function of temperature. The results showed that theses properties improve by temperature rising. The mullite formation within the samples was confirmed by XRD method. The thermal expansion coefficient of the Samples fired at 1350oC was determined by a dilatometer having an average value of 3.18×10-6 (1/K), which indicates an excellent thermal shock resistant for the samples. The microstructure of the fired samples was studied using scanning electron microscopy (SEM), which showed considerable results. Finally an industrial test was performed by using the best reasults.