There is provided a ceramic sheet product having a binder layer separately formed in a lower portion thereof to increase stackability and to reduce generation of pores after binder burnout, and a method thereof. The ceramic sheet product includes a binder layer formed of a binder resin; and a ceramic green sheet form on the binder layer. This reduces an amount of high polymer binder in a ceramic slurry, increasing a ceramic powder fraction. Due to such a high density of the green sheet, the number of pores formed after the binder burnout is very small, which decreases volume shrinkage and increases density.