Present work examines a functional film containing a ceramic powder whether the film does have enough mechanical strength, thermal stability and light transparency for both of the practical usage and the process of master batch. The film has its functionality inherited from a reverse spinel ceramic known to have functions to prohibit the growth of living microorganisms in the film because of existence of silver coated on it and to control permeability of gaseous components in the film. Since the thermal properties and melt indices of the film were stable and similar for all powder contents, the processing of the master batch has shown to be easy. Besides this, the film conserved the enough yield strength that is the most important property of the mechanical strengths of the packaging films. The reservation of the strength was within 10 percent under 6 percents of the ceramic proportion, though the yield strength had decreased with the increase in the amount of the powders. Since, the reduction of the light transparency showed maximum 20 percent at 6 percent ceramic contents, the film proved to need some improvement in case of particular needs where the transparency is critical.