To investigate the application performance of cigarette inner liner materials with different barrier properties, cut tobacco was packaged with inner liner materials in a simulated way and treated under different storage conditions, of which the moisture and added aroma compounds content were determined by oven method and static headspace gas chromatography combined with mass spectrum ( SHS-GS-MS), respectively. The results indicated that the moisture and added aroma compounds content show no obvious relations to inner liner materials' moisture penetrability and oxygen permeability; barrier properties are not key factors influencing application performance of cigarette inner liner materials.